DIGIMAT LEARNING MANAGEMENT PLATFORM

Computer Science and Engineering (11,192 Video Lectures)

Link	NPTEL Course Name	NPTEL Lecture Title
Link	Natural Language Processing	Lecture 1 - Introduction
Link	Natural Language Processing	Lecture 2 - Stages of NLP
Link	Natural Language Processing	Lecture 3 - Stages of NLP Continue...
Link	Natural Language Processing	Lecture 4 - Two approaches to NLP
Link	Natural Language Processing	Lecture 5 - Sequence Labelling and Noisy Channel
Link	Natural Language Processing	Lecture 6 - Noisy Channel: Argmax Based Computation
Link	Natural Language Processing	Lecture 7 - Argmax Based Computation
Link	Natural Language Processing	Lecture 8 - Noisy Channel Application to NLP
Link	Natural Language Processing	Lecture 9 - Brief on Probabilistic Parsing & Start of Part of Speech Tagging
Link	Natural Language Processing	Lecture 10 - Part of Speech Tagging
Link	Natural Language Processing	Lecture 11 - Part of Speech Tagging counted ...
Link	Natural Language Processing	Lecture 12 - Part of Speech Tagging counted ... and Indian Language in Focus; Morphology Analysis
Link	Natural Language Processing	Lecture 13 - PoS Tagging contd... , Indian Language Consideration; Accuracy Measure
Link	Natural Language Processing	Lecture 14 - PoS Tagging; Fundamental Principle; Why Challenging; accuracy
Link	Natural Language Processing	Lecture 15 - PoS Tagging; Accuracy Measurement; Word categories
Link	Natural Language Processing	Lecture 16 - AI and Probability; HMM
Link	Natural Language Processing	Lecture 17 - HMM
Link	Natural Language Processing	Lecture 18 - HMM, Viterbi, Forward Backward Algorithm
Link	Natural Language Processing	Lecture 19 - HMM, Viterbi, Forward Backward Algorithm (Continued...)
Link	Natural Language Processing	Lecture 20 - HMM, Forward Backward Algorithms, Baum Welch Algorithm
Link	Natural Language Processing	Lecture 21 - HMM, Forward Backward Algorithms, Baum Welch Algorithm (Continued...)
Link	Natural Language Processing	Lecture 22 - Natural Language Processing and Informational Retrieval
Link	Natural Language Processing	Lecture 23 - CLIA; IR Basics
Link	Natural Language Processing	Lecture 24 - IR Models: Boolean Vector
Link	Natural Language Processing	Lecture 25 - IR Models: NLP and IR Relationship
Link	Natural Language Processing	Lecture 26 - NLP and IR: How NLP has used IR, Toward Latent Semantic
Link	Natural Language Processing	Lecture 27 - Least Square Method; Recap of PCA; Towards Latent Semantic Indexing (LSI)
Link	Natural Language Processing	Lecture 28 - PCA; SVD; Towards Latent Semantic Indexing (LSI)
Link	Natural Language Processing	Lecture 29 - Wordnet and Word Sense Disambiguation
Link	Natural Language Processing	Lecture 30 - Wordnet and Word Sense Disambiguation (Continued...)
Link	Natural Language Processing	Lecture 31 - Wordnet; Metonymy and Word Sense Disambiguation
Link	Natural Language Processing	Lecture 32 - Word Sense Disambiguation
Link	Natural Language Processing	Lecture 33 - Word Sense Disambiguation; Overlap Based Method; Supervised Method
Link	Natural Language Processing	Lecture 34 - Word Sense Disambiguation: Supervised and Unsupervised methods
Link	Natural Language Processing	Lecture 35 - Word Sense Disambiguation: Semi - Supervised and Unsupervised method; resource - constrained WSD
Link	Natural Language Processing	Lecture 36 - Resource Constrained WSD; Parsing
Link	Natural Language Processing	Lecture 37 - Parsing
Link	Natural Language Processing	Lecture 38 - Parsing Algorithm
Link	Natural Language Processing	Lecture 39 - Parsing Ambiguous Sentences; Probabilistic Parsing
Link	Natural Language Processing	Lecture 40 - Probabilistic Parsing Algorithms
Link	Design and Analysis of Algorithms	Lecture 1 - Overview of the course
Link	Design and Analysis of Algorithms	Lecture 2 - Framework for Algorithms Analysis
Link	Design and Analysis of Algorithms	Lecture 3 - Algorithms Analysis Framework - II
Link	Design and Analysis of Algorithms	Lecture 4 - Asymptotic Notations
Link	Design and Analysis of Algorithms	Lecture 5 - Algorithm Design Techniques : Basics
Link	Design and Analysis of Algorithms	Lecture 6 - Divide And Conquer - I
Link	Design and Analysis of Algorithms	Lecture 7 - Divide And Conquer - II Median Finding
Link	Design and Analysis of Algorithms	Lecture 8 - Divide And Conquer - III Surfing Lower Bounds
Link	Design and Analysis of Algorithms	Lecture 9 - Divide And Conquer - IV Closest Pair
Link	Design and Analysis of Algorithms	Lecture 10 - Greedy Algorithms - I
Link	Design and Analysis of Algorithms	Lecture 11 - Greedy Algorithms - II
Link	Design and Analysis of Algorithms	Lecture 12 - Greedy Algorithms - III
Link	Design and Analysis of Algorithms	Lecture 13 - Greedy Algorithms - IV
Link	Design and Analysis of Algorithms	Lecture 14 - Pattern Matching - I
Link	Design and Analysis of Algorithms	Lecture 15 - Pattern Matching - II
Link	Design and Analysis of Algorithms	Lecture 16 - Combinational Search and Optimization - I
Link	Design and Analysis of Algorithms	Lecture 17 - Combinational Search and Optimization - II
Link	Design and Analysis of Algorithms	Lecture 18 - Dynamic Programming
Link	Design and Analysis of Algorithms	Lecture 19 - Longest Common Subsequences
Link	Design and Analysis of Algorithms	Lecture 20 - Matrix Chain Multiplication
Link	Design and Analysis of Algorithms	Lecture 21 - Scheduling with Startup and Holding Costs
Link	Design and Analysis of Algorithms	Lecture 22 - Average case Analysis of Quicksort
Link	Design and Analysis of Algorithms	Lecture 23 - Bipartite Maximum Matching
Link	Design and Analysis of Algorithms	Lecture 24 - Lower Bounds for Sorting
Link	Design and Analysis of Algorithms	Lecture 25 - Element Distinctness Lower Bounds
Link	Design and Analysis of Algorithms	Lecture 26 - NP-Completeness - I - Motivation
Link	Design and Analysis of Algorithms	Lecture 27 - NP-Completeness - II
Link	Design and Analysis of Algorithms	Lecture 28 - NP-Completeness - III
Link	Design and Analysis of Algorithms	Lecture 29 - NP-Completeness - IV
Link	Design and Analysis of Algorithms	Lecture 30 - NP-Completeness - V
Link	Design and Analysis of Algorithms	Lecture 31 - NP-Completeness - VI
Link	Design and Analysis of Algorithms	Lecture 32 - Approximation Algorithms
Link	Design and Analysis of Algorithms	Lecture 33 - Approximation Algorithms
Link	Design and Analysis of Algorithms	Lecture 34 - Approximation Algorithms for NP
Link	Software Engineering	Lecture 1 - Introduction to Software Engineering - Challenges
Link	Software Engineering	Lecture 2 - Introduction to Software Engineering
Link	Software Engineering	Lecture 3 - Overview of Phases
Link	Software Engineering	Lecture 4 - Overview of Phases
Link	Software Engineering	Lecture 5 - Requirements Engineering / Specification
Link	Software Engineering	Lecture 6 - Formal Specification
Link	Software Engineering	Lecture 7 - Algebraic Specification Methods
Link	Software Engineering	Lecture 8 - Systems Modeling Overview
Link	Software Engineering	Lecture 9 - Process Modeling - DFD , Function Decomp
Link	Software Engineering	Lecture 10 - Process Modeling - DFD, Function Decomp
Link	Software Engineering	Lecture 11 - Data Modeling - ER Diagrams, Mapping
Link	Software Engineering	Lecture 12 - Data Modeling - ER Diagrams, Mapping
Link	Software Engineering	Lecture 13 - Production Quality Software - Introduction
Link	Software Engineering	Lecture 14 - Software Design - Primary Consideration
Link	Software Engineering	Lecture 15 - Design Patterns
Link	Software Engineering	Lecture 16 - Class and Component Level Design
Link	Software Engineering	Lecture 17 - Architectural Design
Link	Software Engineering	Lecture 18 - Software Testing - I
Link	Software Engineering	Lecture 19 - Software Testing - II
Link	Software Engineering	Lecture 20 - Structural Programming and Some implementation
Link	Software Engineering	Lecture 21 - Software Metrics and Quality
Link	Software Engineering	Lecture 22 - Verification and Validation
Link	Software Engineering	Lecture 23 - Case Study
Link	Software Engineering	Lecture 24 - Case Study
Link	Software Engineering	Lecture 25 - Software Evolution
Link	Software Engineering	Lecture 26 - Agile Development
Link	Software Engineering	Lecture 27 - Software Reuse CBSE
Link	Software Engineering	Lecture 28 - Reuse Continued
Link	Software Engineering	Lecture 29 - Introduction to Project Management
Link	Software Engineering	Lecture 30 - Project Scope Management
Link	Software Engineering	Lecture 31 - Project Time Management
Link	Software Engineering	Lecture 32 - Estimation - I
Link	Software Engineering	Lecture 33 - Estimation - II
Link	Software Engineering	Lecture 34 - Project Quality Management
Link	Software Engineering	Lecture 35 - Quality Management Systems - I
Link	Software Engineering	Lecture 36 - Quality Management Systems
Link	Software Engineering	Lecture 37 - Project Configuration Management
Link	Software Engineering	Lecture 38 - Project Risk Management
Link	Software Engineering	Lecture 39 - Other PM Processes
Link	NOC:Software Testing (2017)	Lecture 1 - Motivation
Link	NOC:Software Testing (2017)	Lecture 2 - Terminologies
Link	NOC:Software Testing (2017)	Lecture 3 - Testing based on Models and Criteria
Link	NOC:Software Testing (2017)	Lecture 4 - Automation - JUnit as an example
Link	NOC:Software Testing (2017)	Lecture 5 - Basics of Graphs: As used in testing
Link	NOC:Software Testing (2017)	Lecture 6 - Structural Graph Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 7 - Elementary Graph Algorithms - Part 1
Link	NOC:Software Testing (2017)	Lecture 8 - Elementary Graph Algorithms - Part 2
Link	NOC:Software Testing (2017)	Lecture 9 - Algorithms: Structural Graph Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 10 - Assignment 2: Structural Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 11 - Data Flow Graphs
Link	NOC:Software Testing (2017)	Lecture 12 - Algorithms: Data Flow Graph Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 13 - Graph Coverage Criteria: Applied to Test Code
Link	NOC:Software Testing (2017)	Lecture 14 - Testing Source Code: Classical Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 15 - Data Flow Graph Coverage Criteria : Applied to Test Code
Link	NOC:Software Testing (2017)	Lecture 16 - Software Design and Integration Testing
Link	NOC:Software Testing (2017)	Lecture 17 - Design Integration Testing and Graph Coverage
Link	NOC:Software Testing (2017)	Lecture 18 - Specification Testing and Graph Coverage
Link	NOC:Software Testing (2017)	Lecture 19 - Graph Coverage and Finite state Machines
Link	NOC:Software Testing (2017)	Lecture 20 - Assignment 4: Graph Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 21 - Logic: Basics Needed for Software Testing
Link	NOC:Software Testing (2017)	Lecture 22 - Logic: Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 23 - Coverage Criteria, (Continued...)
Link	NOC:Software Testing (2017)	Lecture 24 - Logic Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 25 - Logic Coverage Criteria: Applied to Test Code_1
Link	NOC:Software Testing (2017)	Lecture 26 - Logic Coverage Criteria: Applied to Test Code_2
Link	NOC:Software Testing (2017)	Lecture 27 - Logic Coverage Criteria: Issues in Applying to Test Code
Link	NOC:Software Testing (2017)	Lecture 28 - Logic Coverage Criteria: Applied to Test Specifications
Link	NOC:Software Testing (2017)	Lecture 29 - Logic Coverage Criteria: Applied to Finite State Machines
Link	NOC:Software Testing (2017)	Lecture 30 - Week 6 Assignment Solving
Link	NOC:Software Testing (2017)	Lecture 31 - Functional Testing
Link	NOC:Software Testing (2017)	Lecture 32 - Input Space Partitioning
Link	NOC:Software Testing (2017)	Lecture 33 - Input Space Partitioning: Coverage Criteria
Link	NOC:Software Testing (2017)	Lecture 34 - Input Space Partitioning Coverage Criteria: Example
Link	NOC:Software Testing (2017)	Lecture 35 - Syntax-Based Testing
Link	NOC:Software Testing (2017)	Lecture 36 - Mutatioon Testing
Link	NOC:Software Testing (2017)	Lecture 37 - Mutation Testing for Programs
Link	NOC:Software Testing (2017)	Lecture 38 - Mutation Testing: Mutation Operators for Source Code
Link	NOC:Software Testing (2017)	Lecture 39 - Mutation Testing Vs. Graphs and Logic Based Testing
Link	NOC:Software Testing (2017)	Lecture 40 - Assignment Solving for Week8
Link	NOC:Software Testing (2017)	Lecture 41 - Mutation testing
Link	NOC:Software Testing (2017)	Lecture 42 - Mutation Testing : Mutation for integration
Link	NOC:Software Testing (2017)	Lecture 43 - Mutation testing : Grammars and inputs
Link	NOC:Software Testing (2017)	Lecture 44 - Software Testing Course: Summary after Week 9
Link	NOC:Software Testing (2017)	Lecture 45 - Testing of web Applications and Web Services
Link	NOC:Software Testing (2017)	Lecture 46 - Testing of web Applications and Web Services
Link	NOC:Software Testing (2017)	Lecture 47 - Testing of web Applications and Web Services
Link	NOC:Software Testing (2017)	Lecture 48 - Testing of Object-Oriented Applications
Link	NOC:Software Testing (2017)	Lecture 49 - Testing of Object-Oriented Applications
Link	NOC:Software Testing (2017)	Lecture 50 - Symbolic Testing - 1
Link	NOC:Software Testing (2017)	Lecture 51 - Symbolic Testing - 2
Link	NOC:Software Testing (2017)	Lecture 52 - DART: Directed Automated Random Testing - 1
Link	NOC:Software Testing (2017)	Lecture 53 - DART: Directed Automated Random Testing - 2
Link	NOC:Software Testing (2017)	Lecture 54 - DART: Directed Automated Random Testing - 3
Link	NOC:Software Testing (2017)	Lecture 55 - Testing of Object-Oriented Applications
Link	NOC:Software Testing (2017)	Lecture 56 - Testing of Mobile Applications
Link	NOC:Software Testing (2017)	Lecture 57 - Non-Functional System Testing
Link	NOC:Software Testing (2017)	Lecture 58 - Regression Testing
Link	NOC:Software Testing (2017)	Lecture 59 - Assignment: Week 11 Solving
Link	NOC:Software Testing (2017)	Lecture 60 - Software Testing: Summary at the End of the Course
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 1 - Course Overview
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 2 - Introduction and Survey.0: The standard approach to introductory programming
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 3 - Introduction and Survey.1: Experience with the standard approach
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 4 - Introduction and Survey.2: Alternative approaches, Summary, and Conclusion
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 5 - Basic Ideas in Our Approach.0: Introduction
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 6 - Basic Ideas in Our Approach.1: Examples of translating manual algorithms to computer programs
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 7 - Basic Ideas in Our Approach.2: More examples
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 8 - Basic Ideas in Our Approach.3: Should we teach students (manual) problem solving strategies?
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 9 - Basic Ideas in Our Approach.4: The design of the course
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 10 - Basic Ideas in Our Approach.5: Remarks on individual topics - 1
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 11 - Basic Ideas in Our Approach.6: Remarks on individual topics - 2, Conclusion
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 12 - Pedagogy.0: Introduction and basic principles
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 13 - Pedagogy.1: Scaffolding, Lesson Plan
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 14 - Pedagogy.2: A quick tour of the course - 1
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 15 - Pedagogy.3: Tour-2
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 16 - Pedagogy.4: Tour-3, Conclusion
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 17 - Advanced Programming Topics.0: Introduction, Organization of medium sized programs
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 18 - Advanced Programming Topics.1: Advanced memory management, Standard Library
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 19 - Advanced Programming topics.2: Object Oriented Programming, Concluding remarks
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 20 - In class questions, Assignments, Examinations.0: In class questions and lab assignments
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 21 - In class questions, Assignments, Examinations.1: Examinations
Link	NOC:Design and Pedagogy of the Introductory Programming Course	Lecture 22 - Summing up
Link	NOC:An Introduction to Programming through C++	Lecture 1 - Introduction - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 2 - Introduction - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 3 - Introduction - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 4 - Introduction - Part 4
Link	NOC:An Introduction to Programming through C++	Lecture 5 - Problem Solving using Computer - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 6 - Problem Solving using Computer - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 7 - Problem Solving using Computer - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 8 - Problem Solving using Computer - Part 4
Link	NOC:An Introduction to Programming through C++	Lecture 9 - Problem Solving using Computer - Part 5
Link	NOC:An Introduction to Programming through C++	Lecture 10 - Basic Elements of Program - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 11 - Basic Elements of Program - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 12 - Basic Elements of Program - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 13 - Basic Elements of Program - Part 4
Link	NOC:An Introduction to Programming through C++	Lecture 14 - Program Design - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 15 - Program Design - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 16 - Program Design - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 17 - Simple cpp Graphics
Link	NOC:An Introduction to Programming through C++	Lecture 18 - Conditional Execution - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 19 - Most general form of if - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 20 - More general form of conditions - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 21 - A somewhat large program example - Part 4
Link	NOC:An Introduction to Programming through C++	Lecture 22 - Switch statement and logical data - Part 5
Link	NOC:An Introduction to Programming through C++	Lecture 23 - Loops - Part 1
Link	NOC:An Introduction to Programming through C++	Lecture 24 - Mark averaging - Part 2
Link	NOC:An Introduction to Programming through C++	Lecture 25 - The break and continue statements - Part 3
Link	NOC:An Introduction to Programming through C++	Lecture 26 - The for statement - Part 4
Link	NOC:An Introduction to Programming through C++	Lecture 27 - Euclid's algorithm for GCD - Part 5
Link	NOC:An Introduction to Programming through C++	Lecture 28 - Correctness proof for GCD - Part 6
Link	NOC:An Introduction to Programming through C++	Lecture 29 - Computing Mathematical Functions - Part 1 : Taylor series
Link	NOC:An Introduction to Programming through C++	Lecture 30 - Computing Mathematical Functions - Part 2 : Numerical integration
Link	NOC:An Introduction to Programming through C++	Lecture 31 - Computing Mathematical Functions - Part 3 : Bisection Method
Link	NOC:An Introduction to Programming through C++	Lecture 32 - Computing Mathematical Functions - Part 4 : Newton Raphson Method
Link	NOC:An Introduction to Programming through C++	Lecture 33 - Loops in various applications - Part 1 : Loops in various applications brute force algorithms
Link	NOC:An Introduction to Programming through C++	Lecture 34 - Loops in various applications - Part 2 : Finding Pythagorean Triples
Link	NOC:An Introduction to Programming through C++	Lecture 35 - Loops in various applications - Part 3 : Modelling a system: bargaining
Link	NOC:An Introduction to Programming through C++	Lecture 36 - Loops in various applications - Part 4 : Simulating a water tank
Link	NOC:An Introduction to Programming through C++	Lecture 37 - Loops in various applications - Part 5 : Arithmetic on very large numbers
Link	NOC:An Introduction to Programming through C++	Lecture 38 - Functions - Part 1 : Basics
Link	NOC:An Introduction to Programming through C++	Lecture 39 - Functions - Part 2 : Examples
Link	NOC:An Introduction to Programming through C++	Lecture 40 - Functions - Part 3 : Reference parameters
Link	NOC:An Introduction to Programming through C++	Lecture 41 - Functions - Part 4 : Pointers
Link	NOC:An Introduction to Programming through C++	Lecture 42 - Functions - Part 5 : Graphics Objects and Lecture conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 43 - Recursion - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 44 - Recursion - Part 2 : Recursive objects, Tree drawing
Link	NOC:An Introduction to Programming through C++	Lecture 45 - Recursion - Part 3 : How to think about recursion
Link	NOC:An Introduction to Programming through C++	Lecture 46 - Virahanka Numbers - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 47 - Virahanka Numbers - Part 2 : Recursive Program
Link	NOC:An Introduction to Programming through C++	Lecture 48 - Virahanka Numbers - Part 3 : Iterative Program and Conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 49 - Program Organization and Functions - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 50 - Program Organization and Functions - Part 2 : Splitting into files
Link	NOC:An Introduction to Programming through C++	Lecture 51 - Program Organization and Functions - Part 3 : Namespaces
Link	NOC:An Introduction to Programming through C++	Lecture 52 - Program Organization and Functions - Part 4 : How to use C++ without simplecpp
Link	NOC:An Introduction to Programming through C++	Lecture 53 - Advanced Features of Functions - Part 1 : Introduction and passing one function to another
Link	NOC:An Introduction to Programming through C++	Lecture 54 - Advanced Features of Functions - Part 2 : Lambda expressions
Link	NOC:An Introduction to Programming through C++	Lecture 55 - Advanced Features of Functions - Part 3 : Default values to parameters
Link	NOC:An Introduction to Programming through C++	Lecture 56 - Advanced Features of Functions - Part 4 : Function overloading and lecture conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 57 - Array Part-1 - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 58 - Array Part-1 - Part 2 : Marks averaging problem
Link	NOC:An Introduction to Programming through C++	Lecture 59 - Array Part-1 - Part 3 : Histogram computation
Link	NOC:An Introduction to Programming through C++	Lecture 60 - Array Part-1 - Part 4 : Marks display variation
Link	NOC:An Introduction to Programming through C++	Lecture 61 - Array Part-1 - Part 5 : Polynomial multiplication
Link	NOC:An Introduction to Programming through C++	Lecture 62 - Array Part-1 - Part 6 : Queues in dispatching taxis
Link	NOC:An Introduction to Programming through C++	Lecture 63 - Array Part-1 - Part 7 : More efficient Queues in dispatching taxis
Link	NOC:An Introduction to Programming through C++	Lecture 64 - Array Part-1 - Part 8 : Disk intersection
Link	NOC:An Introduction to Programming through C++	Lecture 65 - Array Part-1 - Part 9 : Arrays of graphical objects and conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 66 - Array Part-2 - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 67 - Array Part-2 - Part 2 : Interpretation of aname[index]
Link	NOC:An Introduction to Programming through C++	Lecture 68 - Array Part-2 - Part 3 : Arrays and function calls
Link	NOC:An Introduction to Programming through C++	Lecture 69 - Array Part-2 - Part 4 : A function to sort an array
Link	NOC:An Introduction to Programming through C++	Lecture 70 - More on Arrays - Part 1 : Textual data
Link	NOC:An Introduction to Programming through C++	Lecture 71 - More on Arrays - Part 2 : Functions on character strings
Link	NOC:An Introduction to Programming through C++	Lecture 72 - More on Arrays - Part 3 : Two dimensional arrays
Link	NOC:An Introduction to Programming through C++	Lecture 73 - More on Arrays - Part 4 : Command Line Arguments
Link	NOC:An Introduction to Programming through C++	Lecture 74 - Arrays and recursion - Part 1 : Binary Search Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 75 - Arrays and recursion - Part 2 : Binary search analysis
Link	NOC:An Introduction to Programming through C++	Lecture 76 - Arrays and recursion - Part 3 : Mergesort overview
Link	NOC:An Introduction to Programming through C++	Lecture 77 - Arrays and recursion - Part 4 : Merge function
Link	NOC:An Introduction to Programming through C++	Lecture 78 - Arrays and recursion - Part 5 : Mergesort conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 79 - Structures - Part 1 : Definition and instantiation
Link	NOC:An Introduction to Programming through C++	Lecture 80 - Structures - Part 2 : Operations on structures
Link	NOC:An Introduction to Programming through C++	Lecture 81 - Structures - Part 3 : An example program
Link	NOC:An Introduction to Programming through C++	Lecture 82 - Structures - Part 4 : Pointers and lecture conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 83 - Structures Part 2 - Part 1 : Introduction to Member functions
Link	NOC:An Introduction to Programming through C++	Lecture 84 - Structures Part 2 - Part 2 : Vectors from Physics
Link	NOC:An Introduction to Programming through C++	Lecture 85 - Structures Part 2 - Part 3 : Taxi dispatch
Link	NOC:An Introduction to Programming through C++	Lecture 86 - Classes - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 87 - Classes - Part 2 : Constructors
Link	NOC:An Introduction to Programming through C++	Lecture 88 - Classes - Part 3 : Operator overloading
Link	NOC:An Introduction to Programming through C++	Lecture 89 - Classes - Part 4 : Access control
Link	NOC:An Introduction to Programming through C++	Lecture 90 - Classes - Part 5 : Classes for graphics and input output
Link	NOC:An Introduction to Programming through C++	Lecture 91 - Classes - Part 6 : General remarks
Link	NOC:An Introduction to Programming through C++	Lecture 92 - Representing variable length entities - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 93 - Representing variable length entities - Part 2 : Heap memory basics
Link	NOC:An Introduction to Programming through C++	Lecture 94 - Representing variable length entities - Part 3 : Pitfalls of using heap memory
Link	NOC:An Introduction to Programming through C++	Lecture 95 - Representing variable length entities - Part 4 : Automating memory management
Link	NOC:An Introduction to Programming through C++	Lecture 96 - Representing variable length entities - Part 5 : Implementing a class with automated memory management - 1
Link	NOC:An Introduction to Programming through C++	Lecture 97 - Representing variable length entities - Part 6 : Implementing a class with automated memory management - 2
Link	NOC:An Introduction to Programming through C++	Lecture 98 - Representing variable length entities - Part 7 : Using the implemented class and conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 99 - The Standard Library - Part 1 : Class string
Link	NOC:An Introduction to Programming through C++	Lecture 100 - The Standard Library - Part 2 : Class vector
Link	NOC:An Introduction to Programming through C++	Lecture 101 - The Standard Library - Part 3 : Sorting vectors and arrays
Link	NOC:An Introduction to Programming through C++	Lecture 102 - The Standard Library - Part 4 : Classes map and unordered_map
Link	NOC:An Introduction to Programming through C++	Lecture 103 - The Standard Library - Part 5 : Iterators
Link	NOC:An Introduction to Programming through C++	Lecture 104 - Data structure based programming - Part 1 : Introduction
Link	NOC:An Introduction to Programming through C++	Lecture 105 - Data structure based programming - Part 2 : Set and pair classes
Link	NOC:An Introduction to Programming through C++	Lecture 106 - Data structure based programming - Part 3 : Implementation of standard library data structures
Link	NOC:An Introduction to Programming through C++	Lecture 107 - Data structure based programming - Part 4 : Composing data structures
Link	NOC:An Introduction to Programming through C++	Lecture 108 - Data structure based programming - Part 5 : typedef and lecture conclusion
Link	NOC:An Introduction to Programming through C++	Lecture 109 - Medium size programs - Part 1 : The new marks display program
Link	NOC:An Introduction to Programming through C++	Lecture 110 - Medium size programs - Part 2 : Manual algorithm for new marks display
Link	NOC:An Introduction to Programming through C++	Lecture 111 - Medium size programs - Part 3 : RSMTAB and rest of the program
Link	NOC:An Introduction to Programming through C++	Lecture 112 - Medium size programs - Part 4 : Sophisticated solutions to marks display
Link	NOC:An Introduction to Programming through C++	Lecture 113 - A graphical editor and solver for circuits - Part 1 : Outline
Link	NOC:An Introduction to Programming through C++	Lecture 114 - A graphical editor and solver for circuits - Part 2 : Main program and organization
Link	NOC:An Introduction to Programming through C++	Lecture 115 - A graphical editor and solver for circuits - Part 3 : Mathematical representation of the circuit
Link	NOC:An Introduction to Programming through C++	Lecture 116 - A graphical editor and solver for circuits - Part 4 : Extensions and concluding remarks
Link	NOC:An Introduction to Programming through C++	Lecture 117 - Cosmological simulation - Part 1 : Introduction and First order Euler method
Link	NOC:An Introduction to Programming through C++	Lecture 118 - Cosmological simulation - Part 2 : Second order Euler method
Link	NOC:An Introduction to Programming through C++	Lecture 119 - Cosmological simulation - Part 3 : The program
Link	NOC:An Introduction to Programming through C++	Lecture 120 - Cosmological simulation - Part 4 : Concluding remarks
Link	NOC:Demystifying Networking	Lecture 1 - Introduction
Link	NOC:Demystifying Networking	Lecture 2 - Analogy for CEO's Problem
Link	NOC:Demystifying Networking	Lecture 3 - Discussing the CEO's Problem
Link	NOC:Demystifying Networking	Lecture 4 - From the CEO's Company to Layers in a Network
Link	NOC:Demystifying Networking	Lecture 5 - Layers in Detail
Link	NOC:Demystifying Networking	Lecture 6 - Layered Nature of a Network
Link	NOC:Demystifying Networking	Lecture 7 - Introduction to Internet Data Capturing using Wireshark
Link	NOC:Demystifying Networking	Lecture 8 - Network data captured while requesting a website
Link	NOC:Demystifying Networking	Lecture 9 - What is Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 10 - Modes of Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 11 - Getting Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 12 - Logical and Physical Typologies in Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 13 - Devices on Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 14 - Introduction to the Cisco Packet Tracer Activity for Week 1
Link	NOC:Demystifying Networking	Lecture 15 - Introduction to the campus network on Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 16 - Loading the page in Simulation Mode
Link	NOC:Demystifying Networking	Lecture 17 - Inspecting the packets in Simulation Mode
Link	NOC:Demystifying Networking	Lecture 18 - Editing the dummy website on Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 19 - Summary of the Cisco Packet Tracer Activity
Link	NOC:Demystifying Networking	Lecture 20 - Introduction to Anupam's Adventure
Link	NOC:Demystifying Networking	Lecture 21 - Anupam's adventure brings us to IP Addressing
Link	NOC:Demystifying Networking	Lecture 22 - Addressing at various layers
Link	NOC:Demystifying Networking	Lecture 23 - IP Addresses
Link	NOC:Demystifying Networking	Lecture 24 - Address Translation
Link	NOC:Demystifying Networking	Lecture 25 - Introduction to IP Addressing
Link	NOC:Demystifying Networking	Lecture 26 - Creating a network with Sub-net mask
Link	NOC:Demystifying Networking	Lecture 27 - Nomenclature of a sub-net mask
Link	NOC:Demystifying Networking	Lecture 28 - Network addresses and Private networks
Link	NOC:Demystifying Networking	Lecture 29 - Introduction to the Addressing Topology
Link	NOC:Demystifying Networking	Lecture 30 - Addressing a local network and DHCP
Link	NOC:Demystifying Networking	Lecture 31 - Addressing a local network manually
Link	NOC:Demystifying Networking	Lecture 32 - Addressing in Pubilc and Private Networks
Link	NOC:Demystifying Networking	Lecture 33 - Verifying Connectivity using Ping
Link	NOC:Demystifying Networking	Lecture 34 - Using network address translation to communicate on internet
Link	NOC:Demystifying Networking	Lecture 35 - Using Sub nets and Summary of addressing
Link	NOC:Demystifying Networking	Lecture 36 - Summary of the week
Link	NOC:Demystifying Networking	Lecture 37 - Analogy for the week 2
Link	NOC:Demystifying Networking	Lecture 38 - Discussion on dabbawala analogy
Link	NOC:Demystifying Networking	Lecture 39 - From dabbawalas to routers and switches
Link	NOC:Demystifying Networking	Lecture 40 - What is routing ?
Link	NOC:Demystifying Networking	Lecture 41 - Static routing in a router in CPT
Link	NOC:Demystifying Networking	Lecture 42 - How does a switch forwards packets CPT
Link	NOC:Demystifying Networking	Lecture 43 - How to add static route in a router? (CPT)
Link	NOC:Demystifying Networking	Lecture 44 - Traveler's dilemma
Link	NOC:Demystifying Networking	Lecture 45 - Duscussing the Traveler's dilemma
Link	NOC:Demystifying Networking	Lecture 46 - From Traveler's dilemma to Dynamic Routing
Link	NOC:Demystifying Networking	Lecture 47 - Dynamic Routing with Distance Vector
Link	NOC:Demystifying Networking	Lecture 48 - Distance Vector Routing in Detail
Link	NOC:Demystifying Networking	Lecture 49 - Dynamic Routing with Link State
Link	NOC:Demystifying Networking	Lecture 50 - Setting up dynamic routing in Packet Tracer
Link	NOC:Demystifying Networking	Lecture 51 - Summary of the week
Link	NOC:Demystifying Networking	Lecture 52 - Introduction to analogy for week 3
Link	NOC:Demystifying Networking	Lecture 53 - Analogy for week 3
Link	NOC:Demystifying Networking	Lecture 54 - Questions on analogy for week 3
Link	NOC:Demystifying Networking	Lecture 55 - Understanding the new order requirements
Link	NOC:Demystifying Networking	Lecture 56 - Introduction to Tranport Layer
Link	NOC:Demystifying Networking	Lecture 57 - Introduction to TCP
Link	NOC:Demystifying Networking	Lecture 58 - Introduction to UDP
Link	NOC:Demystifying Networking	Lecture 59 - Exploring UDP on Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 60 - TCP Connection Establishment
Link	NOC:Demystifying Networking	Lecture 61 - TCP Connection Closure
Link	NOC:Demystifying Networking	Lecture 62 - Summay of TCP and UDP on Cisco Packet Tracer
Link	NOC:Demystifying Networking	Lecture 63 - The story of the delivery fiasco
Link	NOC:Demystifying Networking	Lecture 64 - From delivery fisaco to Port Numbers
Link	NOC:Demystifying Networking	Lecture 65 - Application Layer in depth
Link	NOC:Demystifying Networking	Lecture 66 - Port number in Wireshark
Link	NOC:Demystifying Networking	Lecture 67 - Summary of port number and PAT
Link	NOC:Demystifying Networking	Lecture 68 - Summary of the entire TCP IP stack
Link	NOC:Demystifying Networking	Lecture 69 - Introducing the analogy for week 4
Link	NOC:Demystifying Networking	Lecture 70 - The secret box
Link	NOC:Demystifying Networking	Lecture 71 - Questions on analogy for week 4
Link	NOC:Demystifying Networking	Lecture 72 - Secret of the secret box
Link	NOC:Demystifying Networking	Lecture 73 - From secret box to encryption
Link	NOC:Demystifying Networking	Lecture 74 - Introduction to security and CIA
Link	NOC:Demystifying Networking	Lecture 75 - Information Security and Defence in Depth
Link	NOC:Demystifying Networking	Lecture 76 - Information Classification and Access Control
Link	NOC:Demystifying Networking	Lecture 77 - Process Management
Link	NOC:Demystifying Networking	Lecture 78 - Introduction to Network Security
Link	NOC:Demystifying Networking	Lecture 79 - Network Breach and Countermeasures
Link	NOC:Demystifying Networking	Lecture 80 - Internet Security
Link	NOC:Demystifying Networking	Lecture 81 - Securing the Internet Usage
Link	NOC:Demystifying Networking	Lecture 82 - Internet Security Products
Link	NOC:Demystifying Networking	Lecture 83 - Personal Computing Device Recommendations
Link	NOC:Demystifying Networking	Lecture 84 - Responsible Behavior on the Internet
Link	NOC:Demystifying Networking	Lecture 85 - Best practices for home Network and Media Devices
Link	NOC:Demystifying Networking	Lecture 86 - Closing thoughts on security
Link	NOC:Demystifying Networking	Lecture 87 - The story of a family trip
Link	NOC:Demystifying Networking	Lecture 88 - The troubleshooting approach
Link	NOC:Demystifying Networking	Lecture 89 - Troubleshooting Physical and Data Link Layers
Link	NOC:Demystifying Networking	Lecture 90 - Troubleshooting Network Layer
Link	NOC:Demystifying Networking	Lecture 91 - Troubleshooting Transport and Application Layers
Link	NOC:Demystifying Networking	Lecture 92 - Troubleshooting Summary
Link	NOC:Demystifying Networking	Lecture 93 - Troubleshooting Heuristics
Link	NOC:Demystifying Networking	Lecture 94 - Troubleshooting Challenge - 1
Link	NOC:Demystifying Networking	Lecture 95 - Troubleshooting challenge - 2
Link	NOC:Demystifying Networking	Lecture 96 - Troubleshooting Challenge - 3
Link	NOC:Demystifying Networking	Lecture 97 - Thats How we Troubleshoot
Link	NOC:Demystifying Networking	Lecture 98 - Week Summary
Link	NOC:Demystifying Networking	Lecture 99 - Course Closure
Link	NOC:Demystifying Networking	Lecture 100 - Course Credits
Link	NOC:Design and Engineering of Computer Systems	Lecture 1 - Introduction to Computer Systems
Link	NOC:Design and Engineering of Computer Systems	Lecture 2 - Principles of Computer Systems Design
Link	NOC:Design and Engineering of Computer Systems	Lecture 3 - Overview of CPU hardware
Link	NOC:Design and Engineering of Computer Systems	Lecture 4 - Overview of memory and I/O hardware
Link	NOC:Design and Engineering of Computer Systems	Lecture 5 - Introduction to Operating Systems
Link	NOC:Design and Engineering of Computer Systems	Lecture 6 - Week 1: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 7 - Week 1: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 8 - Processes
Link	NOC:Design and Engineering of Computer Systems	Lecture 9 - Kernel mode execution
Link	NOC:Design and Engineering of Computer Systems	Lecture 10 - Threads
Link	NOC:Design and Engineering of Computer Systems	Lecture 11 - CPU scheduling policies
Link	NOC:Design and Engineering of Computer Systems	Lecture 12 - Virtual machines and containers
Link	NOC:Design and Engineering of Computer Systems	Lecture 13 - Week 2: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 14 - Week 2: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 15 - Week 2: Tutorial 3
Link	NOC:Design and Engineering of Computer Systems	Lecture 16 - Memory management in OS
Link	NOC:Design and Engineering of Computer Systems	Lecture 17 - Paging
Link	NOC:Design and Engineering of Computer Systems	Lecture 18 - Demand paging
Link	NOC:Design and Engineering of Computer Systems	Lecture 19 - File system and memory
Link	NOC:Design and Engineering of Computer Systems	Lecture 20 - Optimizing memory access
Link	NOC:Design and Engineering of Computer Systems	Lecture 21 - Week 3: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 22 - Week 3: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 23 - Week 3: Tutorial 3
Link	NOC:Design and Engineering of Computer Systems	Lecture 24 - Filesystem Datastructures
Link	NOC:Design and Engineering of Computer Systems	Lecture 25 - Filesystem Implementation
Link	NOC:Design and Engineering of Computer Systems	Lecture 26 - Network I/O via Sockets
Link	NOC:Design and Engineering of Computer Systems	Lecture 27 - Network I/O Implementation
Link	NOC:Design and Engineering of Computer Systems	Lecture 28 - Memory and I/O virtualization
Link	NOC:Design and Engineering of Computer Systems	Lecture 29 - Week 4: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 30 - Week 4: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 31 - Introduction to computer networking
Link	NOC:Design and Engineering of Computer Systems	Lecture 32 - Internet Routing and Forwarding
Link	NOC:Design and Engineering of Computer Systems	Lecture 33 - Transport protocols
Link	NOC:Design and Engineering of Computer Systems	Lecture 34 - Application layer protocols
Link	NOC:Design and Engineering of Computer Systems	Lecture 35 - Network Security
Link	NOC:Design and Engineering of Computer Systems	Lecture 36 - Week 5: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 37 - Week 5: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 38 - Multithreaded application design
Link	NOC:Design and Engineering of Computer Systems	Lecture 39 - Inter-process communication
Link	NOC:Design and Engineering of Computer Systems	Lecture 40 - Multi-tier application design
Link	NOC:Design and Engineering of Computer Systems	Lecture 41 - Examples of end-to-end systems design
Link	NOC:Design and Engineering of Computer Systems	Lecture 42 - Deployment of computer systems
Link	NOC:Design and Engineering of Computer Systems	Lecture 43 - Week 6: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 44 - Week 6: Tutorial 2
Link	NOC:Design and Engineering of Computer Systems	Lecture 45 - Performance measurement
Link	NOC:Design and Engineering of Computer Systems	Lecture 46 - Performance analysis
Link	NOC:Design and Engineering of Computer Systems	Lecture 47 - Performance profiling and optimization
Link	NOC:Design and Engineering of Computer Systems	Lecture 48 - Caching
Link	NOC:Design and Engineering of Computer Systems	Lecture 49 - Performance scalability
Link	NOC:Design and Engineering of Computer Systems	Lecture 50 - Week 7: Tutorial 1
Link	NOC:Design and Engineering of Computer Systems	Lecture 51 - Fault tolerance and reliability
Link	NOC:Design and Engineering of Computer Systems	Lecture 52 - Replication and consistency
Link	NOC:Design and Engineering of Computer Systems	Lecture 53 - Atomicity
Link	NOC:Design and Engineering of Computer Systems	Lecture 54 - Distributed transactions
Link	NOC:Design and Engineering of Computer Systems	Lecture 55 - Case studies of distributed systems design
Link	NOC:Software Conceptual Design	Lecture 1
Link	NOC:Software Conceptual Design	Lecture 2
Link	NOC:Software Conceptual Design	Lecture 3
Link	NOC:Software Conceptual Design	Lecture 4
Link	NOC:Software Conceptual Design	Lecture 5
Link	NOC:Software Conceptual Design	Lecture 6
Link	NOC:Software Conceptual Design	Lecture 7
Link	NOC:Software Conceptual Design	Lecture 8
Link	NOC:Software Conceptual Design	Lecture 9
Link	NOC:Software Conceptual Design	Lecture 10
Link	NOC:Software Conceptual Design	Lecture 11
Link	NOC:Software Conceptual Design	Lecture 12
Link	NOC:Software Conceptual Design	Lecture 13
Link	NOC:Software Conceptual Design	Lecture 14
Link	NOC:Software Conceptual Design	Lecture 15
Link	NOC:Software Conceptual Design	Lecture 16
Link	NOC:Software Conceptual Design	Lecture 17
Link	NOC:Software Conceptual Design	Lecture 18
Link	NOC:Software Conceptual Design	Lecture 19
Link	NOC:Software Conceptual Design	Lecture 20
Link	NOC:Software Conceptual Design	Lecture 21
Link	NOC:Software Conceptual Design	Lecture 22
Link	NOC:Software Conceptual Design	Lecture 23
Link	NOC:Software Conceptual Design	Lecture 24
Link	NOC:Software Conceptual Design	Lecture 25
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 1 - Introduction: Game Theory
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 2 - Introduction: Mechanism Design
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 3 - The game of chess
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 4 - Proof of the chess theorem
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 5 - Normal form games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 6 - Dominance
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 7 - Nash equilibrium
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 8 - Maxmin strategies
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 9 - Elimination of dominated strategies
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 10 - Preservation of PSNE
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 11 - Matrix games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 12 - Relation between Maxmin and PSNE in matrix
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 13 - Mixed strategies
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 14 - Mixed strategy Nash equilibrium (MSNE)
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 15 - Find MSNE
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 16 - MSNE characterization theorem proof
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 17 - Algorithm to find MSNE
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 18 - Correlated equilibrium (CE)
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 19 - Computing correlated equilibrium
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 20 - Extensive form games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 21 - Subgame perfection
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 22 - Limitations of SPNE
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 23 - Imperfect Information Extensive Form Games (IIEFG)
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 24 - Strategies in IIEFGs
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 25 - Equivalence of Strategies in IIEFGs
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 26 - Perfect Recall
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 27 - Equilibrium in IIEFG
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 28 - Game Theory in Practice: P2P file sharing
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 29 - Bayesian Games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 30 - Strategy, Utility in Bayesian Games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 31 - Equilibrium in Bayesian Games
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 32 - Examples of Bayesian Equilibrium
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 33 - Introduction to Mechanism Design
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 34 - Revelation Principle
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 35 - Introduction to Arrow's Impossibility Result
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 36 - Proof of Arrow's Result
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 37 - Introduction to the Social Choice Setup
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 38 - Introduction to Gibbard-Satterthwaite Theorem
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 39 - Proof of Gibbard-Satterthwaite Theorem
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 40 - Domain Restriction
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 41 - Median Voting Rule
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 42 - Median Voter Theorem - Part 1
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 43 - Median Voter Theorem - Part 2
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 44 - The Task Sharing Domain
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 45 - The Uniform Rule
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 46 - Mechanism Design with Transfers
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 47 - Examples of Quasi-linear Preferences
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 48 - Pareto Optimality and Groves Payments
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 49 - Introduction to VCG Mechanism
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 50 - VCG in Combinatorial Allocations
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 51 - Applications to Internet Advertising
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 52 - Slot Allocation and Payments in Position
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 53 - Pros and Cons of VCG Mechanism
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 54 - Affine Maximizers
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 55 - Single Object Allocation
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 56 - Myerson's Lemma
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 57 - Illustration of Myerson's Lemma
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 58 - Optimal Mechanism Design
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 59 - Single Agent Optimal Mechanism Design
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 60 - Multiple Agent Optimal Mechanism Design
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 61 - Examples of Optimal Mechanisms
Link	NOC:Introduction to Game Theory and Mechanism Design	Lecture 62 - Endnotes and Summary
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 1 - Introduction, why do delays happen, contention for resources
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 2 - Performance metrics and parameters
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 3 - Introducing Queuing Systems
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 4 - Memoryless Distributions
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 5 - Operational Laws
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 6 - Asymptotic Analysis of G/G/1, G/G/1/K queues
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 7 - Asymptotic Analysis of G/G/c/K queues
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 8 - Little's Law
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 9 - Little’s Law examples and A Case Study of Open Load test on a Web server
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 10 - Some results for M/G/1 queue and Memoryless Arrivals
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 11 - Continuing the Case Study of Open Load test on a web server (Response Time)
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 12 - Open queuing networks - tandem queuing network
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 13 - Open queuing networks - general (Jackson) queuing networks
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 14 - Open queuing networks - examples
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 15 - Closed Queuing Systems
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 16 - Closed Queuing System (Continued...)
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 17 - Case study of Closed Load Test on a Web Server
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 18 - General formulation of Jacksonian Closed Queuing Networks
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 19 - Mean Value Analysis for Closed Queuing Networks
Link	NOC:Introduction to Computer and Network Performance Analysis using Queuing Systems	Lecture 20 - Mean Value Analysis examples,Case Study of a Load test on a web server,Closing Remarks
Link	NOC:Games and Information	Lecture 1 - Introduction, why do delays happen, contention for resources
Link	NOC:Games and Information	Lecture 2 - Performance metrics and parameters
Link	NOC:Games and Information	Lecture 3 - Introducing Queuing Systems
Link	NOC:Games and Information	Lecture 4 - Memoryless Distributions
Link	NOC:Games and Information	Lecture 5 - Operational Laws
Link	NOC:Games and Information	Lecture 6 - Aumann model of incomplete information: Definition and Examples
Link	NOC:Games and Information	Lecture 7 - Knowledge operator: Definition and Examples
Link	NOC:Games and Information	Lecture 8 - Common knowledge: Definition and Examples
Link	NOC:Games and Information	Lecture 9 - The structural theorem of common knowledge
Link	NOC:Games and Information	Lecture 10 - Proof of the structural theorem (forward direction)
Link	NOC:Games and Information	Lecture 11 - Proof of the structural theorem (backward direction)
Link	NOC:Games and Information	Lecture 12 - Aumann model of incomplete information with belief: Definition and Examples
Link	NOC:Games and Information	Lecture 13 - Aumann's agreement theorem
Link	NOC:Games and Information	Lecture 14 - Zero-sum game definition and Security strategies
Link	NOC:Games and Information	Lecture 15 - Saddle point strategies
Link	NOC:Games and Information	Lecture 16 - Further properties of saddle point strategies
Link	NOC:Games and Information	Lecture 17 - Mixed strategies
Link	NOC:Games and Information	Lecture 18 - Weirstrass lemma and existence of a mixed saddle point strategy
Link	NOC:Games and Information	Lecture 19 - Von Nuenmann minmax theorem
Link	NOC:Games and Information	Lecture 20 - Computing mixed saddle point startegy: Holmes and Moriarty
Link	NOC:Games and Information	Lecture 21 - Computing mixed strategy saddle point: 2X2 matrix game
Link	NOC:Games and Information	Lecture 22 - Computing mixed strategy saddle point: 2X3 matrix game
Link	NOC:Games and Information	Lecture 23 - Nash equilibrium of a non zero-sum game and its relation with Kakutani fixed
Link	NOC:Games and Information	Lecture 24 - Proof: Existence of Nash equilibrium (Condition 1 of Kakutani fixed point)
Link	NOC:Games and Information	Lecture 25 - Proof: Existence of Nash equilibrium (Condition 2 of Kakutani fixed point)
Link	NOC:Games and Information	Lecture 26 - Existence of Nash equilibrium for infinite strategy space (Using Brower's)
Link	NOC:Games and Information	Lecture 27 - Quantal Response: Motivation
Link	NOC:Games and Information	Lecture 28 - Quantal Response: Formal model
Link	NOC:Games and Information	Lecture 29 - Dynamic games definiton
Link	NOC:Games and Information	Lecture 30 - Solution concept in dynamic games
Link	NOC:Games and Information	Lecture 31 - Relation of the heuristic solution with the Nash equilibrium of the standard
Link	NOC:Games and Information	Lecture 32 - Example of a Threat equilibrium
Link	NOC:Games and Information	Lecture 33 - Interpreting the threat equilibrium in standard normal form of the dynamic game
Link	NOC:Games and Information	Lecture 34 - Extensive form games - I
Link	NOC:Games and Information	Lecture 35 - Extensive form games - II
Link	NOC:Games and Information	Lecture 36 - Single Act Games
Link	NOC:Games and Information	Lecture 37 - Informationally inferior games
Link	NOC:Games and Information	Lecture 38 - Information Structure in Single Act Games
Link	NOC:Games and Information	Lecture 39 - Nested and Ladder Nested Extensive form games
Link	NOC:Games and Information	Lecture 40 - Equilibrium Algorithm
Link	NOC:Games and Information	Lecture 41 - Stage-wise multi act games
Link	NOC:Games and Information	Lecture 42 - Feedback equilibrium
Link	NOC:Games and Information	Lecture 43 - Mixed and Behavioral Strategies
Link	NOC:Games and Information	Lecture 44 - Conditions for equivalence for mixed and behavioral strategies
Link	NOC:Games and Information	Lecture 45 - Kuhn's Theorem - I
Link	NOC:Games and Information	Lecture 46 - Kuhn's Theorem - II
Link	NOC:Games and Information	Lecture 47 - Kuhn's Theorem - III
Link	NOC:Games and Information	Lecture 48 - Games of incomplete information
Link	NOC:Games and Information	Lecture 49 - Bayesian Nash equilibrium - I
Link	NOC:Games and Information	Lecture 50 - Bayesian Nash equilibrium - II
Link	NOC:Games and Information	Lecture 51 - Self-enforcement of Nash equilibrium
Link	NOC:Games and Information	Lecture 52 - Stackelberg game
Link	NOC:Games and Information	Lecture 53 - Principal-Agent Models - I
Link	NOC:Games and Information	Lecture 54 - Principal-Agent Models - II
Link	NOC:Games and Information	Lecture 55 - Moral Hazard and Adverse selection
Link	NOC:Games and Information	Lecture 56 - Games with contracts
Link	NOC:Games and Information	Lecture 57 - Correlated Equilibrium - I
Link	NOC:Games and Information	Lecture 58 - Correlated Equilibrium - II
Link	NOC:Games and Information	Lecture 59 - Correlated Equilibrium - III
Link	NOC:Games and Information	Lecture 60 - Bayesian Game with mediated communication
Link	NOC:Games and Information	Lecture 61 - Revelation Principle
Link	Computational Geometry	Lecture 1 - Introduction
Link	Computational Geometry	Lecture 2 - Visibility Problems
Link	Computational Geometry	Lecture 3 - 2D Maxima
Link	Computational Geometry	Lecture 4 - Line Sweep Method
Link	Computational Geometry	Lecture 5 - Segment Intersection Problem
Link	Computational Geometry	Lecture 6 - Line Sweep: Rectangle Union
Link	Computational Geometry	Lecture 7 - Convex Hull
Link	Computational Geometry	Lecture 8 - Convex Hull Contd
Link	Computational Geometry	Lecture 9 - Quick Hull
Link	Computational Geometry	Lecture 10 - More Convex Hull Algorithms
Link	Computational Geometry	Lecture 11 - Intersection of Half Planes and Duality
Link	Computational Geometry	Lecture 12 - Intersection of Half Planes and Duality Contd
Link	Computational Geometry	Lecture 13 - Lower Bounds
Link	Computational Geometry	Lecture 14 - Planar Point Location
Link	Computational Geometry	Lecture 15 - Point Location and Triangulation Contd...
Link	Computational Geometry	Lecture 16 - Triangulation of Arbitrary Polygon
Link	Computational Geometry	Lecture 17 - Voronoi Diagram : Properties
Link	Computational Geometry	Lecture 18 - Voronoi Diagram Construction
Link	Computational Geometry	Lecture 19 - Delaunay Triangulation
Link	Computational Geometry	Lecture 20 - Quick sort and Backward Analysis
Link	Computational Geometry	Lecture 21 - Generalized RIC
Link	Computational Geometry	Lecture 22 - RIC Continued
Link	Computational Geometry	Lecture 23 - Arrangements
Link	Computational Geometry	Lecture 24 - Zone Theorem and Application
Link	Computational Geometry	Lecture 25 - Levels
Link	Computational Geometry	Lecture 26 - Range Searching : Introduction
Link	Computational Geometry	Lecture 27 - Orthogonal Range searching
Link	Computational Geometry	Lecture 28 - Priority Search Trees
Link	Computational Geometry	Lecture 29 - Non - Orthogonal Range Searching
Link	Computational Geometry	Lecture 30 - Half - Plane Range Query
Link	Computational Geometry	Lecture 31 - Well Separated Partitioning
Link	Computational Geometry	Lecture 32 - Quadtrees Epsilon -WSPD
Link	Computational Geometry	Lecture 33 - Construction of Epsilon - WSPD
Link	Computational Geometry	Lecture 34 - Epsilon - WSPD to Geometric Spanner
Link	Computational Geometry	Lecture 35 - Epsilon-Nets & VC Dimension
Link	Computational Geometry	Lecture 36 - Epsilon-Nets & VC Dimension contd
Link	Computational Geometry	Lecture 37 - Geometric Set Cover
Link	Computational Geometry	Lecture 38 - Geometric Set Cover (with Bounded VC Dimension)
Link	Computational Geometry	Lecture 39 - Shape Representation
Link	Computational Geometry	Lecture 40 - Shape Comparison
Link	Logic for CS	Lecture 1 - Introduction
Link	Logic for CS	Lecture 2 - Propositional Logic Syntax
Link	Logic for CS	Lecture 3 - Semantics of Propositional Logic
Link	Logic for CS	Lecture 4 - Logical and Algebraic Concepts
Link	Logic for CS	Lecture 5 - Identities and Normal forms
Link	Logic for CS	Lecture 6 - Tautology Checking
Link	Logic for CS	Lecture 7 - Propositional Unsatisfiability
Link	Logic for CS	Lecture 8 - Analytic Tableaux
Link	Logic for CS	Lecture 9 - Consistency and Completeness
Link	Logic for CS	Lecture 10 - The Completeness Theorem
Link	Logic for CS	Lecture 11 - Maximally Consistent Sets
Link	Logic for CS	Lecture 12 - Formal Theories
Link	Logic for CS	Lecture 13 - Proof Theory : Hilbert-style
Link	Logic for CS	Lecture 14 - Derived Rules
Link	Logic for CS	Lecture 15 - The Hilbert System : Soundness
Link	Logic for CS	Lecture 16 - The Hilbert System : Completeness
Link	Logic for CS	Lecture 17 - Introduction to Predicate Logic
Link	Logic for CS	Lecture 18 - The Semantic of Predicate Logic
Link	Logic for CS	Lecture 19 - Subsitutions
Link	Logic for CS	Lecture 20 - Models
Link	Logic for CS	Lecture 21 - Structures and Substructures
Link	Logic for CS	Lecture 22 - First-Order Theories
Link	Logic for CS	Lecture 23 - Predicate Logic: Proof Theory (Continued...)
Link	Logic for CS	Lecture 24 - Existential Quantification
Link	Logic for CS	Lecture 25 - Normal Forms
Link	Logic for CS	Lecture 26 - Skalemization
Link	Logic for CS	Lecture 27 - Substitutions and Instantiations
Link	Logic for CS	Lecture 28 - Unification
Link	Logic for CS	Lecture 29 - Resolution in FOL
Link	Logic for CS	Lecture 30 - More on Resolution in FOL
Link	Logic for CS	Lecture 31 - Resolution : Soundness and Completeness
Link	Logic for CS	Lecture 32 - Resolution and Tableaux
Link	Logic for CS	Lecture 33 - Completeness of Tableaux Method
Link	Logic for CS	Lecture 34 - Completeness of the Hilbert System
Link	Logic for CS	Lecture 35 - First-Order Theories
Link	Logic for CS	Lecture 36 - Towards Logic Programming
Link	Logic for CS	Lecture 37 - Verification of Imperative Programs
Link	Logic for CS	Lecture 38 - Verification of WHILE Programs
Link	Logic for CS	Lecture 39 - References
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 1 - Introduction to Computer Architecture
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 2 - History of Computers
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 3 - Instruction Set Architecture - I
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 4 - Instruction Set Architecture - II
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 5 - Instruction Set Architecture - III
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 6 - Recursive Programs
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 7 - Architecture Space
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 8 - Architecture Examples
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 9 - Performance
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 10 - Performance
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 11 - Binary Arithmetic, ALU Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 12 - ALU Design, Overflow
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 13 - Multiplier Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 14 - Divider Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 15 - Fast Addition , Multiplication
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 16 - Floating Point Arithmetic
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 17 - Processor Design - Introduction
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 18 - Processor Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 19 - Processor Design - Simple Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 20 - Processor Design - Multi Cycle Approach
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 21 - Processor Design - Control for Multi Cycle
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 22 - Processor Design - Micro programmed Control
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 23 - Processor Design - Exception Handling
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 24 - Pipelined Processor Design Basic Idea
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 25 - Pipelined Processor Design: Data path
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 26 - Pipelined Processor Design: Handling Data
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 27 - Pipelined Processor Design
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 28 - Memory Hierarchy : Basic Idea
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 29 - Memory Hierarchy : Cache Organization
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 30 - Memory Hierarchy : Cache Organization
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 31 - Memory Hierarchy : Virtual Memory
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 32 - Memory Hierarchy : Virtual Memory
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 33 - Input / Output Subsystem: Introduction
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 34 - Input / Output Subsystem: Interfaces and buses
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 35 - Input / Output Subsystem: Interfaces and buses
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 36 - Input / Output Subsystem: I/O Operations
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 37 - Input / Output Subsystem: Designing I/O Systems
Link	Computer Architecture (Prof. Anshul Kumar)	Lecture 38 - Concluding Remarks
Link	Data Structures And Algorithms	Lecture 1 - Introduction to Data Structures and Algorithms
Link	Data Structures And Algorithms	Lecture 2 - Stacks
Link	Data Structures And Algorithms	Lecture 3 - Queues and Linked Lists
Link	Data Structures And Algorithms	Lecture 4 - Dictionaries
Link	Data Structures And Algorithms	Lecture 5 - Hashing
Link	Data Structures And Algorithms	Lecture 6 - Trees
Link	Data Structures And Algorithms	Lecture 7 - Tree Walks / Traversals
Link	Data Structures And Algorithms	Lecture 8 - Ordered Dictionaries
Link	Data Structures And Algorithms	Lecture 9 - Deletion
Link	Data Structures And Algorithms	Lecture 10 - Quick Sort
Link	Data Structures And Algorithms	Lecture 11 - AVL Trees
Link	Data Structures And Algorithms	Lecture 12 - AVL Trees
Link	Data Structures And Algorithms	Lecture 13 - Trees
Link	Data Structures And Algorithms	Lecture 14 - Red Black Trees
Link	Data Structures And Algorithms	Lecture 15 - Insertion in Red Black Trees
Link	Data Structures And Algorithms	Lecture 16 - Disk Based Data Structures
Link	Data Structures And Algorithms	Lecture 17 - Case Study: Searching for Patterns
Link	Data Structures And Algorithms	Lecture 18 - Tries
Link	Data Structures And Algorithms	Lecture 19 - Data Compression
Link	Data Structures And Algorithms	Lecture 20 - Priority Queues
Link	Data Structures And Algorithms	Lecture 21 - Binary Heaps
Link	Data Structures And Algorithms	Lecture 22 - Why Sorting
Link	Data Structures And Algorithms	Lecture 23 - More Sorting
Link	Data Structures And Algorithms	Lecture 24 - Graphs
Link	Data Structures And Algorithms	Lecture 25 - Data Structures for Graphs
Link	Data Structures And Algorithms	Lecture 26 - Two Applications of Breadth First Search
Link	Data Structures And Algorithms	Lecture 27 - Depth First Search
Link	Data Structures And Algorithms	Lecture 28 - Applications of DFS
Link	Data Structures And Algorithms	Lecture 29 - DFS in Directed Graphs
Link	Data Structures And Algorithms	Lecture 30 - Applications of DFS in Directed Graphs
Link	Data Structures And Algorithms	Lecture 31 - Minimum Spanning Trees
Link	Data Structures And Algorithms	Lecture 32 - The Union
Link	Data Structures And Algorithms	Lecture 33 - Prims Algorithm for Minimum Spanning Trees
Link	Data Structures And Algorithms	Lecture 34 - Single Source Shortest Paths
Link	Data Structures And Algorithms	Lecture 35 - Correctness of Dijkstras Algorithm
Link	Data Structures And Algorithms	Lecture 36 - Single Source Shortest Paths
Link	Introduction to Computer Graphics	Lecture 1 - Introduction
Link	Introduction to Computer Graphics	Lecture 2 - Raster Graphics
Link	Introduction to Computer Graphics	Lecture 3 - Raster Graphics (Continued...)
Link	Introduction to Computer Graphics	Lecture 4 - Clipping
Link	Introduction to Computer Graphics	Lecture 5 - Polygon Clipping and Polygon Scan Conversion
Link	Introduction to Computer Graphics	Lecture 6 - Transformations
Link	Introduction to Computer Graphics	Lecture 7 - Transformations (Continued...)
Link	Introduction to Computer Graphics	Lecture 8 - 3D Viewing
Link	Introduction to Computer Graphics	Lecture 9 - 3D Viewing (Continued...)
Link	Introduction to Computer Graphics	Lecture 10 - Curves
Link	Introduction to Computer Graphics	Lecture 11 - Assignment - I
Link	Introduction to Computer Graphics	Lecture 12 - Curves (Continued...)
Link	Introduction to Computer Graphics	Lecture 13 - Curves (Continued...)
Link	Introduction to Computer Graphics	Lecture 14 - Curves (Continued...)
Link	Introduction to Computer Graphics	Lecture 15 - Curves (Continued...)
Link	Introduction to Computer Graphics	Lecture 16 - Surfaces
Link	Introduction to Computer Graphics	Lecture 17 - Surfaces (Continued...)
Link	Introduction to Computer Graphics	Lecture 18 - Surfaces (Continued...)
Link	Introduction to Computer Graphics	Lecture 19 - Surfaces (Continued...)
Link	Introduction to Computer Graphics	Lecture 20 - Hierarchical Models
Link	Introduction to Computer Graphics	Lecture 21 - Rendering
Link	Introduction to Computer Graphics	Lecture 22 - Rendering (Continued...)
Link	Introduction to Computer Graphics	Lecture 23 - Rendering (Continued...)
Link	Introduction to Computer Graphics	Lecture 24 - Ray Tracing
Link	Introduction to Computer Graphics	Lecture 25 - Ray Tracing (Continued...)
Link	Introduction to Computer Graphics	Lecture 26 - Ray Tracing (Continued...)
Link	Introduction to Computer Graphics	Lecture 27 - Assignment: Ray Tracing
Link	Introduction to Computer Graphics	Lecture 28 - Hidden Surface Elimination
Link	Introduction to Computer Graphics	Lecture 29 - Hidden Surface Elimination (Continued...)
Link	Introduction to Computer Graphics	Lecture 30 - Hidden Surface Elimination (Continued...)
Link	Introduction to Computer Graphics	Lecture 31 - Fractals
Link	Introduction to Computer Graphics	Lecture 32 - Fractals (Continued...)
Link	Introduction to Computer Graphics	Lecture 33 - Computer Animation
Link	Introduction to Computer Graphics	Lecture 34 - Animation (Continued...)
Link	Introduction to Computer Graphics	Lecture 35 - Animation (Continued...)
Link	Principles of Programming Languages	Lecture 1 - Introduction
Link	Principles of Programming Languages	Lecture 2 - Syntax
Link	Principles of Programming Languages	Lecture 3 - Grammars
Link	Principles of Programming Languages	Lecture 4 - Ambiguity
Link	Principles of Programming Languages	Lecture 5 - PLO:Syntax
Link	Principles of Programming Languages	Lecture 6 - Semantics
Link	Principles of Programming Languages	Lecture 7 - Syntactic Classes
Link	Principles of Programming Languages	Lecture 8 - Transition Systems
Link	Principles of Programming Languages	Lecture 9 - PL0 : Expressions
Link	Principles of Programming Languages	Lecture 10 - Binding
Link	Principles of Programming Languages	Lecture 11 - Environments
Link	Principles of Programming Languages	Lecture 12 - Declarations
Link	Principles of Programming Languages	Lecture 13 - Commands
Link	Principles of Programming Languages	Lecture 14 - Stores
Link	Principles of Programming Languages	Lecture 15 - Summary
Link	Principles of Programming Languages	Lecture 16 - Declarations and Commands
Link	Principles of Programming Languages	Lecture 17 - Blocks
Link	Principles of Programming Languages	Lecture 18 - Qualification
Link	Principles of Programming Languages	Lecture 19 - Pragmatics
Link	Principles of Programming Languages	Lecture 20 - Data
Link	Principles of Programming Languages	Lecture 21 - Structured Data
Link	Principles of Programming Languages	Lecture 22 - Sequences
Link	Principles of Programming Languages	Lecture 23 - Control
Link	Principles of Programming Languages	Lecture 24 - Non-Determinacy
Link	Principles of Programming Languages	Lecture 25 - Programming Languages
Link	Principles of Programming Languages	Lecture 26 - Programming Languages
Link	Principles of Programming Languages	Lecture 27 - Programming Languages
Link	Principles of Programming Languages	Lecture 28 - Data as Functions
Link	Principles of Programming Languages	Lecture 29 - Data and Fixpoints
Link	Principles of Programming Languages	Lecture 30 - Normal Forms
Link	Principles of Programming Languages	Lecture 31 - Programming Languages
Link	Principles of Programming Languages	Lecture 32 - Monomorphism
Link	Principles of Programming Languages	Lecture 33 - Polymorphism
Link	Principles of Programming Languages	Lecture 34 - Type Checking
Link	Principles of Programming Languages	Lecture 35 - Contexts
Link	Principles of Programming Languages	Lecture 36 - Abstracts
Link	Principles of Programming Languages	Lecture 37 - Procedures
Link	Principles of Programming Languages	Lecture 38 - Meanings
Link	Principles of Programming Languages	Lecture 39 - Parameters
Link	Principles of Programming Languages	Lecture 40 - The Future
Link	Parallel Computing	Lecture 1 - Introduction
Link	Parallel Computing	Lecture 2 - Parallel Programming Paradigms
Link	Parallel Computing	Lecture 3 - Parallel Architecture
Link	Parallel Computing	Lecture 4 - Parallel Architecture (case studies)
Link	Parallel Computing	Lecture 5 - Open MP
Link	Parallel Computing	Lecture 6 - Open MP (Continued.)
Link	Parallel Computing	Lecture 7 - Open MP (Continued..)
Link	Parallel Computing	Lecture 8 - Open MP & PRAM Model of Computation
Link	Parallel Computing	Lecture 9 - PRAM
Link	Parallel Computing	Lecture 10 - Models of Parallel Computation, Complexity
Link	Parallel Computing	Lecture 11 - Memory Consistency
Link	Parallel Computing	Lecture 12 - Memory Consistency & Performance Issues
Link	Parallel Computing	Lecture 13 - Parallel Program Design
Link	Parallel Computing	Lecture 14 - Shared Memory & Message Passing
Link	Parallel Computing	Lecture 15 - MPI
Link	Parallel Computing	Lecture 16 - MPI (Continued.)
Link	Parallel Computing	Lecture 17 - MPI (Continued..)
Link	Parallel Computing	Lecture 18 - Algorithmic Techniques
Link	Parallel Computing	Lecture 19 - Algorithmic Techniques (Continued.)
Link	Parallel Computing	Lecture 20 - Algorithmic Techniques (Continued..)
Link	Parallel Computing	Lecture 21 - CUDA
Link	Parallel Computing	Lecture 22 - CUDA (Continued.)
Link	Parallel Computing	Lecture 23 - CUDA (Continued..)
Link	Parallel Computing	Lecture 24 - CUDA (Continued...)
Link	Parallel Computing	Lecture 25 - CUDA (Continued....)
Link	Parallel Computing	Lecture 26 - CUDA (Continued.....)
Link	Parallel Computing	Lecture 27 - CUDA (Continued......)
Link	Parallel Computing	Lecture 28 - Algorithms, Merging & Sorting
Link	Parallel Computing	Lecture 29 - Algorithms, Merging & Sorting (Continued.)
Link	Parallel Computing	Lecture 30 - Algorithms, Merging & Sorting (Continued..)
Link	Parallel Computing	Lecture 31 - Algorithms, Merging & Sorting (Continued...)
Link	Parallel Computing	Lecture 32 - Algorithms, Merging & Sorting (Continued....)
Link	Parallel Computing	Lecture 33 - Lower Bounds Lock Free Synchronization, Load Stealing
Link	Parallel Computing	Lecture 34 - Lock Free Synchronization, Graph Algorithms
Link	Operating Systems	Lecture 1 - Introduction to UNIX System Calls - Part 1
Link	Operating Systems	Lecture 2 - Introduction to UNIX System Calls - Part 2
Link	Operating Systems	Lecture 3 - Threads, Address Spaces, Filesystem Devices
Link	Operating Systems	Lecture 4 - PC Architecture
Link	Operating Systems	Lecture 5 - x86 Instruction Set, GCC Calling Conventions
Link	Operating Systems	Lecture 6 - Physical Memory Map, I/O, Segmentation
Link	Operating Systems	Lecture 7 - Segmentation, Trap Handling
Link	Operating Systems	Lecture 8 - Traps, Trap Handlers
Link	Operating Systems	Lecture 9 - Kernel Data Structures, Memory Management
Link	Operating Systems	Lecture 10 - Segmentation Review, Introduction to Paging
Link	Operating Systems	Lecture 11 - Paging
Link	Operating Systems	Lecture 12 - Process Address Spaces Using Paging
Link	Operating Systems	Lecture 13 - Translation Lookaside Buffer, Large Pages, Boot Sector
Link	Operating Systems	Lecture 14 - Loading the kernel, Initializing the Page table
Link	Operating Systems	Lecture 15 - Setting up page tables for user processes
Link	Operating Systems	Lecture 16 - Processes in action
Link	Operating Systems	Lecture 17 - Process structure, Context Switching
Link	Operating Systems	Lecture 18 - Process Kernel stack, Scheduler, Fork,Context-Switch, Process Control Block, Trap Entry and Return
Link	Operating Systems	Lecture 19 - Creating the first process
Link	Operating Systems	Lecture 20 - Handling User Pointers, Concurrency
Link	Operating Systems	Lecture 21 - Locking
Link	Operating Systems	Lecture 22 - Fine-grained Locking and its challenges
Link	Operating Systems	Lecture 23 - Locking variations
Link	Operating Systems	Lecture 24 - Condition variables
Link	Operating Systems	Lecture 25 - Multiple producer, multiple consumer queue; semaphores; monitors
Link	Operating Systems	Lecture 26 - Transcations and lock-free primitives read/write locks
Link	Operating Systems	Lecture 27 - Synchronization in xv6: acquire/release, sleep/wakeup, exit/wait
Link	Operating Systems	Lecture 28 - More synchronization in xv6: kill, IDE device driver; introducion to Demand Paging
Link	Operating Systems	Lecture 29 - Demand Paging; Introduction to Page Replacement
Link	Operating Systems	Lecture 30 - Page Replacement, Thrashing
Link	Operating Systems	Lecture 31 - Storage Devices, Filesystem Intrerfaces
Link	Operating Systems	Lecture 32 - File System Implementation
Link	Operating Systems	Lecture 33 - File System Operation
Link	Operating Systems	Lecture 34 - Cash Recovery and Logging
Link	Operating Systems	Lecture 35 - Logging in Linux ext3 filesystem
Link	Operating Systems	Lecture 36 - Protection and Security
Link	Operating Systems	Lecture 37 - Scheduling Policies
Link	Operating Systems	Lecture 38 - Lock-free multiprocessor coordination, Read-Copy-Update
Link	Operating Systems	Lecture 39 - Microkernel, Exokernel, Multikernel
Link	Operating Systems	Lecture 40 - Virtualization, Cloud Computing, Technology Trends
Link	NOC:Computer Architecture (2017)	Lecture 1 - Introduction to Computer Architecture
Link	NOC:Computer Architecture (2017)	Lecture 2 - The Language of Bits - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 3 - The Language of Bits - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 4 - The Language of Bits - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 5 - Assembly Language - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 6 - Assembly Language - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 7 - Assembly Language - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 8 - ARM Assembly Language - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 9 - ARM Assembly Language - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 10 - x86 Assembly Language - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 11 - x86 Assembly Language - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 12 - x86 Assembly Language - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 13 - x86 Assembly Language - Part-IV
Link	NOC:Computer Architecture (2017)	Lecture 14 - A Primer on Digital Logic - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 15 - A Primer on Digital Logic - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 16 - A Primer on Digital Logic - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 17 - Computer Arithmetic - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 18 - Computer Arithmetic - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 19 - Computer Arithmetic - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 20 - Computer Arithmetic - Part-IV
Link	NOC:Computer Architecture (2017)	Lecture 21 - Computer Arithmetic - Part-V
Link	NOC:Computer Architecture (2017)	Lecture 22 - Computer Arithmetic - Part-VI
Link	NOC:Computer Architecture (2017)	Lecture 23 - Processor Design - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 24 - Processor Design - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 25 - Processor Design - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 26 - Principles of Pipelining - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 27 - Principles of Pipelining - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 28 - Principles of Pipelining - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 29 - Principles of Pipelining - Part-IV
Link	NOC:Computer Architecture (2017)	Lecture 30 - The Memory Systems - Part-I
Link	NOC:Computer Architecture (2017)	Lecture 31 - The Memory Systems - Part-II
Link	NOC:Computer Architecture (2017)	Lecture 32 - The Memory Systems - Part-III
Link	NOC:Computer Architecture (2017)	Lecture 33 - The Memory Systems - Part-IV
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 1 - Introduction to Parallel Programming
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 2 - Parallel Architectures and Programming Models
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 3 - Pipelining
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 4 - Superpipelining and VLIW
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 5 - Memory Latency
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 6 - Cache and Temporal Locality
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 7 - Cache, Memory bandwidth and Spatial Locality
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 8 - Intuition for Shared and Distributed Memory architectures
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 9 - Shared and Distributed Memory architectures
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 10 - Interconnection networks in Distributed Memory architectures
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 11 - OpenMP: A parallel Hello World Program
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 12 - Program with Single thread
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 13 - Program Memory with Multiple threads and Multi-tasking
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 14 - Context Switching
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 15 - OpenMP: Basic thread functions
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 16 - OpenMP: About OpenMP
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 17 - Shared Memory Consistency Models and the Sequential Consistency Model
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 18 - Race Conditions
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 19 - OpenMP: Scoping variables and some race conditions
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 20 - OpenMP: thread private variables and more constructs
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 21 - Computing sum: first attempt at parallelization
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 22 - Manual distribution of work and critical sections
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 23 - Distributing for loops and reduction
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 24 - Vector-Vector operations (Dot product)
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 25 - Matrix-Vector operations (Matrix-Vector Multiply)
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 26 - Matrix-Matrix operations (Matrix-Matrix Multiply)
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 27 - Introduction to tasks
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 28 - Task queues and task execution
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 29 - Accessing variables in tasks
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 30 - Completion of tasks and scoping variables in tasks
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 31 - Recursive task spawning and pitfalls
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 32 - Understanding LU Factorization
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 33 - Parallel LU Factorization
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 34 - Locks
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 35 - Advanced Task handling
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 36 - Matrix Multiplication using tasks
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 37 - The OpenMP Shared Memory Consistency Model
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 38 - Applications finite element method
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 39 - Applications deep learning
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 40 - Introduction to MPI and basic calls
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 41 - MPI calls to send and receive data
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 42 - MPI calls for broadcasting data
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 43 - MPI non blocking calls
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 44 - Application distributed histogram updation
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 45 - MPI collectives and MPI broadcast
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 46 - MPI gathering and scattering collectives
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 47 - MPI reduction and alltoall collectives
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 48 - Discussion on MPI collectives design
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 49 - Characteriziation of interconnects
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 50 - Linear arrays 2D mesh and torus
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 51 - d dimensional torus
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 52 - Hypercube
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 53 - Trees and cliques
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 54 - Hockney model
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 55 - Broadcast and Reduce with recursive doubling
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 56 - Scatter and Gather with recursive doubling
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 57 - Reduce scatter and All gather with recursive doubling
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 58 - Discussion of message sizes in analysis
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 59 - Revisiting Reduce scatter on 2D mesh
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 60 - Reduce scatter and Allreduce on the Hypercube
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 61 - Alltoall on the Hypercube
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 62 - Lower bounds
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 63 - Pipeline based algorithm for Allreduce
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 64 - An improved algorithm for Alltoall on the Hypercube using E-cube routing
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 65 - Pipeline based algorithm for Broadcast
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 66 - Introduction to parallel graph algorithms
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 67 - Breadth First Search BFS using matrix algebra
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 68 - BFS Shared memory parallelization using OpenMP
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 69 - Distributed memory settings and data distribution
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 70 - Distributed BFS algorithm
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 71 - Performance considerations
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 72 - Prims Algorithm
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 73 - OpenMP based shared memory parallelization for MST
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 74 - MPI based distributed memory parallelization for MST
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 75 - Sequential Algorithm Adaptation from Prims
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 76 - Parallelization Strategy for Prims algorithm
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 77 - Dry run with the parallel strategy
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 78 - Johnsons algorithm with 1D data distribution
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 79 - Speedup analysis on a grid graph
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 80 - Floyds algorithm for all pair shortest paths
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 81 - Floyds algorithm with 2D data distribution
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 82 - Adaptation to transitive closures
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 83 - Parallelization strategy for connected components
Link	NOC:Introduction to Parallel Programming in OpenMP	Lecture 84 - Analysis for parallel connected components
Link	NOC:Synthesis of Digital Systems	Lecture 1 - Outline - What is Synthesis?
Link	NOC:Synthesis of Digital Systems	Lecture 2 - Chip Design Flow and Hardware Modelling
Link	NOC:Synthesis of Digital Systems	Lecture 3 - VHDL: Introduction to Hardware Description Languages and VHDL Basics
Link	NOC:Synthesis of Digital Systems	Lecture 4 - VHDL: Modelling Timing - Events and Transactions
Link	NOC:Synthesis of Digital Systems	Lecture 5 - VHDL: Specifying Hardware Behaviour with Processes
Link	NOC:Synthesis of Digital Systems	Lecture 6 - VHDL: Specifying Structure, Test Benches, Parameterisation, and Libraries
Link	NOC:Synthesis of Digital Systems	Lecture 7 - Introduction to High-level Synthesis
Link	NOC:Synthesis of Digital Systems	Lecture 8 - Language front-end Design Representation
Link	NOC:Synthesis of Digital Systems	Lecture 9 - Compiler Transformation in High Level Synthesis: Constant Folding, Dead Code Elimination, Constant Propagation, and Strength Reduction
Link	NOC:Synthesis of Digital Systems	Lecture 10 - Memory Modelling and Compiler Transformation in High Level Synthesis: Common Sub-expression Elimination and Loop Invariant Code Motion
Link	NOC:Synthesis of Digital Systems	Lecture 11 - Compiler Transformations in High Level Synthesis: Loop Unrolling and Function Inlining
Link	NOC:Synthesis of Digital Systems	Lecture 12 - Hardware Transformations and ASAP / ALAP Scheduling
Link	NOC:Synthesis of Digital Systems	Lecture 13 - Scheduling in High Level Synthesis: List Scheduling and Time-constrained Scheduling
Link	NOC:Synthesis of Digital Systems	Lecture 14 - Force Directed Scheduling and Register Allocation
Link	NOC:Synthesis of Digital Systems	Lecture 15 - High Level Synthesis and Timing Issues
Link	NOC:Synthesis of Digital Systems	Lecture 16 - Finite State Machine Synthesis: Introduction to FSM Encoding
Link	NOC:Synthesis of Digital Systems	Lecture 17 - Finite State Machine Synthesis: Identifying Common Cubes and Graph Embeding
Link	NOC:Synthesis of Digital Systems	Lecture 18 - The Retiming Problem
Link	NOC:Synthesis of Digital Systems	Lecture 19 - Efficient Solution to Retiming and Introduction to Logic Synthesis
Link	NOC:Synthesis of Digital Systems	Lecture 20 - Binary Decision Diagrams
Link	NOC:Synthesis of Digital Systems	Lecture 21 - Introduction to Logic Synthesis
Link	NOC:Synthesis of Digital Systems	Lecture 22 - Two-level Logic Optimisation
Link	NOC:Synthesis of Digital Systems	Lecture 23 - Multi-Level Logic Optimisation
Link	NOC:Synthesis of Digital Systems	Lecture 24 - Multi-level Logic Synthesis: Technology Mapping
Link	NOC:Synthesis of Digital Systems	Lecture 25 - Introduction to Timing Analysis
Link	NOC:Synthesis of Digital Systems	Lecture 26 - Timing Analysis and Critical Paths
Link	NOC:An Introduction to Artificial Intelligence	Lecture 1 - Introduction: What to Expect from AI
Link	NOC:An Introduction to Artificial Intelligence	Lecture 2 - Introduction: History of AI from 40s - 90s
Link	NOC:An Introduction to Artificial Intelligence	Lecture 3 - Introduction: History of AI in the 90s
Link	NOC:An Introduction to Artificial Intelligence	Lecture 4 - Introduction: History of AI in NASA and DARPA (2000s)
Link	NOC:An Introduction to Artificial Intelligence	Lecture 5 - Introduction: The Present State of AI
Link	NOC:An Introduction to Artificial Intelligence	Lecture 6 - Introduction: Definition of AI Dictionary Meaning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 7 - Introduction: Definition of AI Thinking VS Acting and Humanly VS Rationally
Link	NOC:An Introduction to Artificial Intelligence	Lecture 8 - Introduction: Definition of AI Rational Agent View of AI
Link	NOC:An Introduction to Artificial Intelligence	Lecture 9 - Introduction: Examples Tasks, Phases of AI and Course Plan
Link	NOC:An Introduction to Artificial Intelligence	Lecture 10 - Uniform Search: Notion of a State
Link	NOC:An Introduction to Artificial Intelligence	Lecture 11 - Uniformed Search: Search Problem and Examples - Part 2
Link	NOC:An Introduction to Artificial Intelligence	Lecture 12 - Uniformed Search: Basic Search Strategies - Part 3
Link	NOC:An Introduction to Artificial Intelligence	Lecture 13 - Uniformed Search: Iterative Deepening DFS - Part 4
Link	NOC:An Introduction to Artificial Intelligence	Lecture 14 - Uniformed Search: Bidirectional Search - Part 5
Link	NOC:An Introduction to Artificial Intelligence	Lecture 15 - Informed Search: Best First Search - Part 1
Link	NOC:An Introduction to Artificial Intelligence	Lecture 16 - Informed Search: Greedy Best First Search and A* Search - Part 2
Link	NOC:An Introduction to Artificial Intelligence	Lecture 17 - Informed Search: Analysis of A* Algorithm - Part 3
Link	NOC:An Introduction to Artificial Intelligence	Lecture 18 - Informed Search Proof of optimality of A* - Part 4
Link	NOC:An Introduction to Artificial Intelligence	Lecture 19 - Informed Search: Iterative Deepening A* and Depth First Branch and Bound - Part 5
Link	NOC:An Introduction to Artificial Intelligence	Lecture 20 - Informed Search: Admissible Heuristics and Domain Relaxation - Part 6
Link	NOC:An Introduction to Artificial Intelligence	Lecture 21 - Informed Search: Pattern Database Heuristics - Part 7
Link	NOC:An Introduction to Artificial Intelligence	Lecture 22 - Local Search: Satisfaction Vs Optimization - Part 1
Link	NOC:An Introduction to Artificial Intelligence	Lecture 23 - Local Search: The Example of N-Queens - Part 2
Link	NOC:An Introduction to Artificial Intelligence	Lecture 24 - Local Search: Hill Climbing - Part 3
Link	NOC:An Introduction to Artificial Intelligence	Lecture 25 - Local Search: Drawbacks of Hill Climbing - Part 4
Link	NOC:An Introduction to Artificial Intelligence	Lecture 26 - Local Search: of Hill Climbing With random Walk and Random Restart - Part 5
Link	NOC:An Introduction to Artificial Intelligence	Lecture 27 - Local Search: Hill Climbing With Simulated Anealing - Part 6
Link	NOC:An Introduction to Artificial Intelligence	Lecture 28 - Local Search: Local Beam Search and Genetic Algorithms - Part 7
Link	NOC:An Introduction to Artificial Intelligence	Lecture 29 - Adversarial Search: Minimax Algorithm for two player games
Link	NOC:An Introduction to Artificial Intelligence	Lecture 30 - Adversarial Search: An Example of Minimax Search
Link	NOC:An Introduction to Artificial Intelligence	Lecture 31 - Adversarial Search: Alpha Beta Pruning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 32 - Adversarial Search: Analysis of Alpha Beta Pruning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 33 - Adversarial Search: Analysis of Alpha Beta Pruning (Continued...)
Link	NOC:An Introduction to Artificial Intelligence	Lecture 34 - Adversarial Search: Horizon Effect, Game Databases and Other Ideas
Link	NOC:An Introduction to Artificial Intelligence	Lecture 35 - Adversarial Search: Summary and Other Games
Link	NOC:An Introduction to Artificial Intelligence	Lecture 36 - Constraint Satisfaction Problems: Representation of the atomic state
Link	NOC:An Introduction to Artificial Intelligence	Lecture 37 - Constraint Satisfaction Problems: Map coloring and other examples of CSP
Link	NOC:An Introduction to Artificial Intelligence	Lecture 38 - Constraint Satisfaction Problems: Backtracking Search
Link	NOC:An Introduction to Artificial Intelligence	Lecture 39 - Constraint Satisfaction Problems: Variable and Value Ordering in Backtracking Search
Link	NOC:An Introduction to Artificial Intelligence	Lecture 40 - Constraint Satisfaction Problems: Inference for detecting failures early
Link	NOC:An Introduction to Artificial Intelligence	Lecture 41 - Constraint Satisfaction Problems: Exploiting problem structure
Link	NOC:An Introduction to Artificial Intelligence	Lecture 42 - Logic in AI : Different Knowledge Representation systems - Part 1
Link	NOC:An Introduction to Artificial Intelligence	Lecture 43 - Logic in AI : Syntax - Part 2
Link	NOC:An Introduction to Artificial Intelligence	Lecture 44 - Logic in AI : Semantics - Part 3
Link	NOC:An Introduction to Artificial Intelligence	Lecture 45 - Logic in AI : Forward Chaining - Part 4
Link	NOC:An Introduction to Artificial Intelligence	Lecture 46 - Logic in AI : Resolution - Part 5
Link	NOC:An Introduction to Artificial Intelligence	Lecture 47 - Logic in AI : Reduction to Satisfiability Problems - Part 6
Link	NOC:An Introduction to Artificial Intelligence	Lecture 48 - Logic in AI : SAT Solvers: DPLL Algorithm - Part 7
Link	NOC:An Introduction to Artificial Intelligence	Lecture 49 - Logic in AI : Sat Solvers: WalkSAT Algorithm - Part 8
Link	NOC:An Introduction to Artificial Intelligence	Lecture 50 - Uncertainty in AI: Motivation
Link	NOC:An Introduction to Artificial Intelligence	Lecture 51 - Uncertainty in AI: Basics of Probability
Link	NOC:An Introduction to Artificial Intelligence	Lecture 52 - Uncertainty in AI: Conditional Independence and Bayes Rule
Link	NOC:An Introduction to Artificial Intelligence	Lecture 53 - Bayesian Networks: Syntax
Link	NOC:An Introduction to Artificial Intelligence	Lecture 54 - Bayesian Networks: Factoriziation
Link	NOC:An Introduction to Artificial Intelligence	Lecture 55 - Bayesian Networks: Conditional Independences and d-Separation
Link	NOC:An Introduction to Artificial Intelligence	Lecture 56 - Bayesian Networks: Inference using Variable Elimination
Link	NOC:An Introduction to Artificial Intelligence	Lecture 57 - Bayesian Networks: Reducing 3-SAT to Bayes Net
Link	NOC:An Introduction to Artificial Intelligence	Lecture 58 - Bayesian Networks: Rejection Sampling
Link	NOC:An Introduction to Artificial Intelligence	Lecture 59 - Bayesian Networks: Likelihood Weighting
Link	NOC:An Introduction to Artificial Intelligence	Lecture 60 - Bayesian Networks: MCMC with Gibbs Sampling
Link	NOC:An Introduction to Artificial Intelligence	Lecture 61 - Bayesian Networks: Maximum Likelihood Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 62 - Bayesian Networks: Maximum a-Posteriori Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 63 - Bayesian Networks: Bayesian Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 64 - Bayesian Networks: Structure Learning and Expectation Maximization
Link	NOC:An Introduction to Artificial Intelligence	Lecture 65 - Introduction, Part 10: Agents and Environments
Link	NOC:An Introduction to Artificial Intelligence	Lecture 66 - Decision Theory: Steps in Decision Theory
Link	NOC:An Introduction to Artificial Intelligence	Lecture 67 - Decision Theory: Non Deterministic Uncertainty
Link	NOC:An Introduction to Artificial Intelligence	Lecture 68 - Probabilistic Uncertainty and Value of perfect information
Link	NOC:An Introduction to Artificial Intelligence	Lecture 69 - Expected Utility vs Expected Value
Link	NOC:An Introduction to Artificial Intelligence	Lecture 70 - Markov Decision Processes: Definition
Link	NOC:An Introduction to Artificial Intelligence	Lecture 71 - Markov Decision Processes: An example of a Policy
Link	NOC:An Introduction to Artificial Intelligence	Lecture 72 - Markov Decision Processes: Policy Evaluation using system of linear equations
Link	NOC:An Introduction to Artificial Intelligence	Lecture 73 - Markov Decision Processes: Iterative Policy Evaluation
Link	NOC:An Introduction to Artificial Intelligence	Lecture 74 - Markov Decision Processes: Value Iteration
Link	NOC:An Introduction to Artificial Intelligence	Lecture 75 - Markov Decision Processes: Policy Iteration and Applications and Extensions of MDPs
Link	NOC:An Introduction to Artificial Intelligence	Lecture 76 - Reinforcement Learning: Background
Link	NOC:An Introduction to Artificial Intelligence	Lecture 77 - Reinforcement Learning: Model-based Learning for policy evaluation (Passive Learning)
Link	NOC:An Introduction to Artificial Intelligence	Lecture 78 - Reinforcement Learning: Model-free Learning for policy evaluation (Passive Learning)
Link	NOC:An Introduction to Artificial Intelligence	Lecture 79 - Reinforcement Learning: TD Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 80 - Reinforcement Learning: TD Learning and Computational Neuroscience
Link	NOC:An Introduction to Artificial Intelligence	Lecture 81 - Reinforcement Learning: Q Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 82 - Reinforcement Learning: Exploration vs Exploitation Tradeoff
Link	NOC:An Introduction to Artificial Intelligence	Lecture 83 - Reinforcement Learning: Generalization in RL
Link	NOC:An Introduction to Artificial Intelligence	Lecture 84 - Deep Learning: Perceptrons and Activation functions
Link	NOC:An Introduction to Artificial Intelligence	Lecture 85 - Deep Learning: Example of Handwritten digit recognition
Link	NOC:An Introduction to Artificial Intelligence	Lecture 86 - Deep Learning: Neural Layer as matrix operations
Link	NOC:An Introduction to Artificial Intelligence	Lecture 87 - Deep Learning: Differentiable loss function
Link	NOC:An Introduction to Artificial Intelligence	Lecture 88 - Deep Learning: Backpropagation through a computational graph
Link	NOC:An Introduction to Artificial Intelligence	Lecture 89 - Deep Learning: Thin Deep Vs Fat Shallow Networks
Link	NOC:An Introduction to Artificial Intelligence	Lecture 90 - Deep Learning: Convolutional Neural Networks
Link	NOC:An Introduction to Artificial Intelligence	Lecture 91 - Deep Learning: Deep Reinforcement Learning
Link	NOC:An Introduction to Artificial Intelligence	Lecture 92 - Ethics of AI: Humans vs Robots
Link	NOC:An Introduction to Artificial Intelligence	Lecture 93 - Ethics of AI: Robustness and Transparency of AI systems
Link	NOC:An Introduction to Artificial Intelligence	Lecture 94 - Ethics of AI: Data Bias and Fairness of AI systems
Link	NOC:An Introduction to Artificial Intelligence	Lecture 95 - Ethics of AI: Accountability, privacy and Human-AI interaction
Link	NOC:An Introduction to Artificial Intelligence	Lecture 96 - Wrapup
Link	NOC:Advanced Computer Architecture (2021)	Lecture 1 - Introduction
Link	NOC:Advanced Computer Architecture (2021)	Lecture 2 - Out-of-Order Pipelines - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 3 - Out-of-Order Pipelines - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 4 - Out-of-Order Pipelines - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 5 - The Fetch and Decode Stages - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 6 - The Fetch and Decode Stages - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 7 - The Fetch and Decode Stages - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 8 - The Issue, Execute, and Commit Stages - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 9 - The Issue, Execute, and Commit Stages - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 10 - The Issue, Execute, and Commit Stages - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 11 - The Issue, Execute, and Commit Stages - Part IV
Link	NOC:Advanced Computer Architecture (2021)	Lecture 12 - Alternative Approaches to Issue and Commit - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 13 - Alternative Approaches to Issue and Commit - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 14 - Alternative Approaches to Issue and Commit - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 15 - Alternative Approaches to Issue and Commit - Part IV
Link	NOC:Advanced Computer Architecture (2021)	Lecture 16 - Graphics Processors - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 17 - Graphics Processors - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 18 - Graphics Processors - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 19 - Caches - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 20 - Caches - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 21 - Caches - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 22 - Caches - Part IV
Link	NOC:Advanced Computer Architecture (2021)	Lecture 23 - Caches - Part V
Link	NOC:Advanced Computer Architecture (2021)	Lecture 24 - Caches - Part VI
Link	NOC:Advanced Computer Architecture (2021)	Lecture 25 - Multicore Systems - Part I
Link	NOC:Advanced Computer Architecture (2021)	Lecture 26 - Multicore Systems - Part II
Link	NOC:Advanced Computer Architecture (2021)	Lecture 27 - Multicore Systems - Part III
Link	NOC:Advanced Computer Architecture (2021)	Lecture 28 - Multicore Systems - Part IV
Link	NOC:Advanced Computer Architecture (2021)	Lecture 29 - Multicore Systems - Part V
Link	NOC:Advanced Computer Architecture (2021)	Lecture 30 - Multicore Systems - Part VI
Link	NOC:Advanced Computer Architecture (2021)	Lecture 31 - Multicore Systems - Part VII
Link	NOC:Advanced Computer Architecture (2021)	Lecture 32 - Multicore Systems - Part VIII
Link	NOC:Advanced Computer Architecture (2021)	Lecture 33 - Multicore Systems - Part IX
Link	NOC:Advanced Distributed systems	Lecture 1
Link	NOC:Advanced Distributed systems	Lecture 2
Link	NOC:Advanced Distributed systems	Lecture 3
Link	NOC:Advanced Distributed systems	Lecture 4
Link	NOC:Advanced Distributed systems	Lecture 5
Link	NOC:Advanced Distributed systems	Lecture 6
Link	NOC:Advanced Distributed systems	Lecture 7
Link	NOC:Advanced Distributed systems	Lecture 8
Link	NOC:Advanced Distributed systems	Lecture 9
Link	NOC:Advanced Distributed systems	Lecture 10
Link	NOC:Advanced Distributed systems	Lecture 11
Link	NOC:Advanced Distributed systems	Lecture 12
Link	NOC:Advanced Distributed systems	Lecture 13
Link	NOC:Advanced Distributed systems	Lecture 14
Link	NOC:Advanced Distributed systems	Lecture 15
Link	NOC:Advanced Distributed systems	Lecture 16
Link	NOC:Advanced Distributed systems	Lecture 17
Link	NOC:Advanced Distributed systems	Lecture 18
Link	NOC:Advanced Distributed systems	Lecture 19
Link	NOC:Advanced Distributed systems	Lecture 20
Link	NOC:Advanced Distributed systems	Lecture 21
Link	NOC:Advanced Distributed systems	Lecture 22
Link	NOC:Advanced Distributed systems	Lecture 23
Link	NOC:Advanced Distributed systems	Lecture 24
Link	NOC:Advanced Distributed systems	Lecture 25
Link	NOC:Advanced Distributed systems	Lecture 26
Link	NOC:Advanced Distributed systems	Lecture 27
Link	NOC:Advanced Distributed systems	Lecture 28
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 1 - Introduction to Digital VLSI Design Flow
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 2 - High Level Design Representation
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 3 - Transformations for High Level Synthesis
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 4 - Introduction to HLS: Scheduling, Allocation and Binding Problem
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 5 - Scheduling Algorithms - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 6 - Scheduling Algorithms - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 7 - Binding and Allocation Algorithms
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 8 - Two level Boolean Logic Synthesis - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 9 - Two level Boolean Logic Synthesis - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 10 - Two level Boolean Logic Synthesis - 3
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 11 - Heuristic Minimization of Two-Level Circuits
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 12 - Finite State Machine Synthesis
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 13 - Multilevel Implementation
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 14 - Introduction to formal methods for design verification
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 15 - Temporal Logic: Introduction and Basic Operators
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 16 - Syntax and Semantics of CTL
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 17 - Syntax and Semantics of CTL – Continued
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 18 - Equivalence between CTL Formulas
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 19 - Introduction to Model Checking
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 20 - Model Checking Algorithms - I
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 21 - Model Checking Algorithms - II
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 22 - Model Checking with Fairness
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 23 - Binary Decision Diagram: Introduction and construction
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 24 - Ordered Binary Decision Diagram
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 25 - Operation on Ordered Binary Decision Diagram
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 26 - Ordered Binary Decision Diagram for State Transition Systems
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 27 - Symbolic Model Checking
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 28 - Introduction to Digital VLSI Testing
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 29 - Functional and Structural Testing
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 30 - Fault Equivalence
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 31 - Fault Simulation - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 32 - Fault Simulation - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 33 - Fault Simulation - 3
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 34 - Testability Measures (SCOAP)
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 35 - Introduction to Automatic Test Pattern Generation (ATPG) and ATPG Algebras
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 36 - D-Algorithm - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 37 - D-Algorithm - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 38 - ATPG for Synchronous Sequential Circuits
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 39 - Scan Chain based Sequential Circuit Testing - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 40 - Scan Chain based Sequential Circuit Testing - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 41 - Built in Self Test - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 42 - Built in Self Test - 2
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 43 - Memory Testing - 1
Link	Design Verification and Test of Digital VLSI Circuits	Lecture 44 - Memory Testing - 2
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 1 - Model of Computer and Working Principle
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 2 - Digital Logic Building Blocks
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 3 - Information Representation and Number Systems
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 4 - Basic Elements of a Processor
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 5 - Storage and I/O Interface
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 6 - Execution of Program and Programming Languages
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 7 - Components of Central Processing Unit (CPU) and External Interface
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 8 - Main Memory
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 9 - Instruction Execution
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 10 - Instruction Format
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 11 - Instruction Set
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 12 - Addressing Modes
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 13 - Flags and Conditional Instructions
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 14 - Instruction: Procedure CALL/RETURN
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 15 - Instruction Cycle and Micro-operations
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 16 - Control Signals and Timing Sequence
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 17 - Control Signals for Complete Instruction Execution
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 18 - Handling Different Addressing Modes
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 19 - Handling Control Transfer Instructions
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 20 - Design of Hardwired controlled Control Unit
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 21 - Microinstructions and Microprograms
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 22 - Organization and Optimization of Microprogrammed controlled Control Unit
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 23 - Different Internal CPU Bus Organization
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 24 - Basics of Memory and Cache - Part 1
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 25 - Basics of Memory and Cache - Part 2
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 26 - Direct-mapped Caches: Misses, Writes and Performance
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 27 - Associative and Multi-level Caches
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 28 - Summary - Caches
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 29 - Basics of Virtual Memory and Address Translation
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 30 - Paging and Segmentation
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 31 - TLBs and Page Fault Handling
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 32 - Cache Indexing and Tagging Variations, Demand Paging
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 33 - Page Replacement Algorithms
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 34 - Page Frame Allocation and Thrashing
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 35 - Summary - Virtual Memory
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 36 - Input-Output Primitives
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 37 - Interrupt Driven I/O
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 38 - DMA Transfer
Link	NOC:Computer Organization and Architecture - A Pedagogical Aspect	Lecture 39 - Storage Devices
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 1 - Introduction
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 2 - Modeling Techniques - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 3 - Modeling Techniques - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 4 - Hardware/Software Partitioning - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 5 - Hardware/Software Partitioning - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 6 - Introduction to Hardware Design
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 7 - Hardware Architectural Synthesis - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 8 - Hardware Architectural Synthesis - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 9 - Hardware Architectural Synthesis - 3
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 10 - Hardware Architectural Synthesis - 4
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 11 - Hardware Architectural Synthesis - 5
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 12 - Hardware Architectural Synthesis - 6
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 13 - Hardware Architectural Synthesis - 7
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 14 - System Level Analysis
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 15 - Uniprocessor Scheduling - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 16 - Uniprocessor Scheduling - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 17 - Multiprocessor Scheduling - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 18 - Multiprocessor Scheduling - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 19 - Introduction and Basic Operators of Temporal Logic
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 20 - Syntax and Semantics of CTL
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 21 - Equivalence between CTL formulas
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 22 - Model Checking Algorithm
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 23 - Binary Decision Diagram
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 24 - Use of OBDDs for State Transition System
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 25 - Symbolic Model Checking
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 26 - Introduction to Digital VLSI Testing
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 27 - Automatic Test Pattern Generation (ATPG)
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 28 - Scan Chain based Sequential Circuit Testing
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 29 - Software-Hardware Co-validation Fault Models and High Level Testing for Complex Embedded Systems
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 30 - Testing for embedded cores
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 31 - Bus and Memory Testing
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 32 - Testing for advanced faults in Real time Embedded Systems
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 33 - BIST for Embedded Systems
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 34 - Concurrent Testing for Fault tolerant Embedded Systems - 1
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 35 - Concurrent Testing for Fault tolerant Embedded Systems - 2
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 36 - Testing for Re-programmable hardware
Link	NOC:Embedded Systems-Design Verification and Test	Lecture 37 - Interaction Testing between Hardware and Software
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 1 - Introduction and Overview of the Course
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 2 - Instruction Execution Principles
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 3 - Introduction to Instruction Pipeline
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 4 - Introduction to Superscalar Pipelines
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 5 - Instruction Pipeline and Performance - I
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 6 - Instruction Pipeline and Performance - II
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 7 - Introduction to Cache Memory
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 8 - Block Replacement Techniques and Write Strategy
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 9 - gem5 Simulator - An Overview
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 10 - Cache Memory
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 11 - Basic Cache Optimization Techniques
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 12 - gem5 Simulator - Cache Optimisation
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 13 - Advanced Cache Optimization Techniques - I
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 14 - Advanced Cache Optimization Techniques - II
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 15 - Cache Memory Optimizations
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 16 - Introduction to DRAM System
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 17 - DRAM Controllers and Address Mapping
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 18 - Address Translation Mechanisms
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 19 - Main Memory Concepts
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 20 - Introduction to Tiled Chip Multicore Processors
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 21 - Routing Techniques in Network On Chip
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 22 - Network On Chip Router Micro-Architecture
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 23 - gem5 Simulator - NoC Optimisation
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 24 - Energy Efficient Bufferless NoC Routers
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 25 - Sidebuffered Deflection Routers
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 26 - Concepts in Network on Chip
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 27 - QoS of NoC and Caches in TCMP Systems
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 28 - Emerging Trends in Network On Chips
Link	NOC:Multi-Core Computer Architecture-Storage and Interconnects	Lecture 29 - Concepts in TCMP Systems
Link	NOC:Multi-Core Computer Architecture	Lecture 1 - Review of Basic Computer Organization
Link	NOC:Multi-Core Computer Architecture	Lecture 2 - Instruction Set and Addressing Modes
Link	NOC:Multi-Core Computer Architecture	Lecture 3 - Instruction Encoding
Link	NOC:Multi-Core Computer Architecture	Lecture 4 - Performance Evaluation Methods
Link	NOC:Multi-Core Computer Architecture	Lecture 5 - Tutorial on Performance Evaluvation
Link	NOC:Multi-Core Computer Architecture	Lecture 6 - Introduction to RISC Instruction Pipeline
Link	NOC:Multi-Core Computer Architecture	Lecture 7 - Instruction Pipeline Hazards
Link	NOC:Multi-Core Computer Architecture	Lecture 8 - Tutorial on Instruction Pipeline and Hazards
Link	NOC:Multi-Core Computer Architecture	Lecture 9 - Control Hazards and Branch Prediction
Link	NOC:Multi-Core Computer Architecture	Lecture 10 - MIPS Pipeline for Multi-Cycle Operations
Link	NOC:Multi-Core Computer Architecture	Lecture 11 - Tutorial on Longer Pipeline and Branch Prediction
Link	NOC:Multi-Core Computer Architecture	Lecture 12 - Compiler Techniques to Explore ILP
Link	NOC:Multi-Core Computer Architecture	Lecture 13 - Dynamic Scheduling to Explore ILP
Link	NOC:Multi-Core Computer Architecture	Lecture 14 - Dynamic Scheduling with Tomasulo's Algorithm
Link	NOC:Multi-Core Computer Architecture	Lecture 15 - Dynamic Scheduling with Speculative Execution
Link	NOC:Multi-Core Computer Architecture	Lecture 16 - Tutorial on Static and Dynamic Scheduling
Link	NOC:Multi-Core Computer Architecture	Lecture 17 - Advanced Pipelining and Superscalar Processors
Link	NOC:Multi-Core Computer Architecture	Lecture 18 - Introduction to GPU architectures
Link	NOC:Multi-Core Computer Architecture	Lecture 19 - Case study on GPU architectures
Link	NOC:Multi-Core Computer Architecture	Lecture 20 - Tutorial on Superscalar processors and GPU
Link	NOC:Multi-Core Computer Architecture	Lecture 21 - Introduction to Cache Memory
Link	NOC:Multi-Core Computer Architecture	Lecture 22 - Block Replacement Techniques and Write Strategy
Link	NOC:Multi-Core Computer Architecture	Lecture 23 - Design Concepts in Cache Memory
Link	NOC:Multi-Core Computer Architecture	Lecture 24 - Optimization Techniques in Cache Memory
Link	NOC:Multi-Core Computer Architecture	Lecture 25 - Advanced Cache Optimization Techniques
Link	NOC:Multi-Core Computer Architecture	Lecture 26 - Tutorial on Advanced Concepts in Cache Memory - 1
Link	NOC:Multi-Core Computer Architecture	Lecture 27 - Tutorial on Advanced Concepts in Cache Memory - 2
Link	NOC:Multi-Core Computer Architecture	Lecture 28 - Cache coherence and memory consistency
Link	NOC:Multi-Core Computer Architecture	Lecture 29 - Design Space for snooping protocols
Link	NOC:Multi-Core Computer Architecture	Lecture 30 - Directory Based Cache coherehce
Link	NOC:Multi-Core Computer Architecture	Lecture 31 - Cache coherence in multiprocessor design [T]
Link	NOC:Multi-Core Computer Architecture	Lecture 32 - Introduction to DRAM System
Link	NOC:Multi-Core Computer Architecture	Lecture 33 - DRAM Controllers and Address Mapping
Link	NOC:Multi-Core Computer Architecture	Lecture 34 - Secondary Storage Systems
Link	NOC:Multi-Core Computer Architecture	Lecture 35 - Design Concepts in Storage Systems
Link	NOC:Multi-Core Computer Architecture	Lecture 36 - Introduction to Tiled Chip Multicore Processors
Link	NOC:Multi-Core Computer Architecture	Lecture 37 - Routing Techniques in Network On Chip
Link	NOC:Multi-Core Computer Architecture	Lecture 38 - Network On Chip Router Micro-Architecture
Link	NOC:Multi-Core Computer Architecture	Lecture 39 - Concepts in Network on Chip
Link	NOC:Multi-Core Computer Architecture	Lecture 40 - Energy Efficient Bufferless NoC Routers
Link	NOC:Multi-Core Computer Architecture	Lecture 41 - Sidebuffered Deflection Routers
Link	NOC:Multi-Core Computer Architecture	Lecture 42 - Concepts in Deflection Routers [T]
Link	NOC:Multi-Core Computer Architecture	Lecture 43 - QoS of NoC and Caches in TCMP Systems
Link	NOC:Multi-Core Computer Architecture	Lecture 44 - Emerging Trends in Network On Chips
Link	NOC:Multi-Core Computer Architecture	Lecture 45 - Domain Specific Accelarators
Link	NOC:Multi-Core Computer Architecture	Lecture 46 - Introduction to VEGA Microprocessors (Case Study)
Link	NOC:Multi-Core Computer Architecture	Lecture 47 - Concepts in TCMP Systems
Link	NOC:Multi-Core Computer Architecture	Lecture 48 - How to Explore Computer Architecture?
Link	NOC:Randomized Algorithms	Lecture 1 - Introduction to Randomized Algorithms
Link	NOC:Randomized Algorithms	Lecture 2 - Randomized Mincut Algorithm
Link	NOC:Randomized Algorithms	Lecture 3 - Randomized Find
Link	NOC:Randomized Algorithms	Lecture 4 - Probability Review
Link	NOC:Randomized Algorithms	Lecture 5 - Expectation of Random Variables
Link	NOC:Randomized Algorithms	Lecture 6 - Conditional Probability and Conditional Expectation2
Link	NOC:Randomized Algorithms	Lecture 7 - Birthday Paradox
Link	NOC:Randomized Algorithms	Lecture 8 - Markov and Chebychev's Inequalities
Link	NOC:Randomized Algorithms	Lecture 9 - Median Algorithm
Link	NOC:Randomized Algorithms	Lecture 10 - Chernoff Bound
Link	NOC:Randomized Algorithms	Lecture 11 - Permutation Routing on a Hypercube
Link	NOC:Randomized Algorithms	Lecture 12 - Permutation Routing on a Hypercube (Analysis)
Link	NOC:Randomized Algorithms	Lecture 13 - Introduction to Probabilistic Method
Link	NOC:Randomized Algorithms	Lecture 14 - More Examples on Probabilistic Method
Link	NOC:Randomized Algorithms	Lecture 15 - Lovasz Local Lemma
Link	NOC:Randomized Algorithms	Lecture 16 - Introduction to Markov Chains
Link	NOC:Randomized Algorithms	Lecture 17 - 2-SAT and Markov Chains
Link	NOC:Randomized Algorithms	Lecture 18 - 3-SAT and Markov Chains
Link	NOC:Randomized Algorithms	Lecture 19 - Electrical Networks
Link	NOC:Randomized Algorithms	Lecture 20 - Cover Time
Link	NOC:Randomized Algorithms	Lecture 21 - Rapid Mixing
Link	NOC:Randomized Algorithms	Lecture 22 - Introduction to Computational Complexity
Link	NOC:Randomized Algorithms	Lecture 23 - Pratt's Certificate
Link	NOC:Randomized Algorithms	Lecture 24 - Primality Testing
Link	NOC:Randomized Algorithms	Lecture 25 - Miller Rabin Algorithm
Link	NOC:Randomized Algorithms	Lecture 26 - All pair shortest path - I
Link	NOC:Randomized Algorithms	Lecture 27 - All pair shortest path - II
Link	NOC:Randomized Algorithms	Lecture 28 - Randomized MST
Link	NOC:Randomized Algorithms	Lecture 29 - Introduction to approximate counting
Link	NOC:Randomized Algorithms	Lecture 30 - DNF counting
Link	NOC:Randomized Algorithms	Lecture 31 - Perfect Matching - I
Link	NOC:Randomized Algorithms	Lecture 32 - Perfect Matching - II
Link	NOC:Randomized Algorithms	Lecture 33 - Perfect Matching - III
Link	NOC:Randomized Algorithms	Lecture 34 - Treaps
Link	NOC:Randomized Algorithms	Lecture 35 - Hashing
Link	NOC:Randomized Algorithms	Lecture 36 - Probabilistically checkable proofs - I
Link	NOC:Randomized Algorithms	Lecture 37 - Probabilistically checkable proofs - II
Link	NOC:Randomized Algorithms	Lecture 38 - Probabilistically checkable proofs - III
Link	NOC:Randomized Algorithms	Lecture 39 - LFKN Protocol
Link	NOC:Randomized Algorithms	Lecture 40 - summary
Link	NOC:Parallel Algorithms	Lecture 1 - Shared Memory Models - 1
Link	NOC:Parallel Algorithms	Lecture 2 - Shared Memory Models - 2
Link	NOC:Parallel Algorithms	Lecture 3 - Interconnection Networks
Link	NOC:Parallel Algorithms	Lecture 4 - Cost and Optimality
Link	NOC:Parallel Algorithms	Lecture 5 - Basic Techniques - 1
Link	NOC:Parallel Algorithms	Lecture 6 - Basic Techniques - 2
Link	NOC:Parallel Algorithms	Lecture 7 - Basic Techniques - 3
Link	NOC:Parallel Algorithms	Lecture 8 - Basic Techniques - 4
Link	NOC:Parallel Algorithms	Lecture 9 - Basic Techniques - 5
Link	NOC:Parallel Algorithms	Lecture 10 - Odd Even Merge Sort (OEMS)
Link	NOC:Parallel Algorithms	Lecture 11 - OEMS, Bitonic-Sort-Merge Sort (BSMS)
Link	NOC:Parallel Algorithms	Lecture 12 - BSMS, Optimal List Colouring
Link	NOC:Parallel Algorithms	Lecture 13 - Description
Link	NOC:Parallel Algorithms	Lecture 14 - Analysis
Link	NOC:Parallel Algorithms	Lecture 15 - Applications
Link	NOC:Parallel Algorithms	Lecture 16 - Applications
Link	NOC:Parallel Algorithms	Lecture 17 - Fast optimal merge algorithm
Link	NOC:Parallel Algorithms	Lecture 18 - High level Description
Link	NOC:Parallel Algorithms	Lecture 19 - Cole's Merge Sort: Details
Link	NOC:Parallel Algorithms	Lecture 20 - Analysis of Cole's Merge Sort; Lower bound for sorting
Link	NOC:Parallel Algorithms	Lecture 21 - Sorting Lower bound; Connected Components
Link	NOC:Parallel Algorithms	Lecture 22 - Connected Components (CREW)
Link	NOC:Parallel Algorithms	Lecture 23 - Connected Components, Vertex Colouring
Link	NOC:Parallel Algorithms	Lecture 24 - Sorting on a 2D mesh
Link	NOC:Parallel Algorithms	Lecture 25 - Sorting on a 2D mesh
Link	NOC:Parallel Algorithms	Lecture 26 - Sorting, Offline routing on a 2D mesh
Link	NOC:Parallel Algorithms	Lecture 27 - Sorting on a 3D mesh
Link	NOC:Parallel Algorithms	Lecture 28 - Mesh of Trees, Hypercube
Link	NOC:Parallel Algorithms	Lecture 29 - Hypercube (Continued...)
Link	NOC:Parallel Algorithms	Lecture 30 - Hypercube (Continued...), butterfly network
Link	NOC:Parallel Algorithms	Lecture 31 - Butterfly, CCC and Benes Networks
Link	NOC:Parallel Algorithms	Lecture 32 - Butterfly, CCC and Benes Networks
Link	NOC:Parallel Algorithms	Lecture 33 - Shuffle Exchange Graphs, de Bruijn Graphs
Link	NOC:Parallel Algorithms	Lecture 34 - Shuffle Exchange Graphs, de Bruijn Graphs (Continued...)
Link	NOC:Parallel Algorithms	Lecture 35 - Circuit Value Problem is P-complete for NC-reductions
Link	NOC:Parallel Algorithms	Lecture 36 - Ordered DFS is P-complete for NC-reductions
Link	NOC:Parallel Algorithms	Lecture 37 - Max Flow is P-complete for NC-reductions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 1 - Boolean Functions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 2 - Propositional Calculus: Introduction
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 3 - First Order Logic: Introduction
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 4 - First Order Logic: Introduction (Continued...)
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 5 - Proof System for Propcal
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 6 - First Order Logic: wffs, interpretations, models
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 7 - Soundness and Completeness of the First Order Proof System
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 8 - Sets, Relations, Functions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 9 - Functions, Embedding of the theories of naturals numbers and integers in Set Theory
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 10 - Embedding of the theories of integers and rational numbers in Set Theory; Countable Sets
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 11 - Introduction to graph theory
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 12 - Trees, Cycles, Graph coloring
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 13 - Bipartitie Graphs
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 14 - Bipartitie Graphs; Edge Coloring and Matching
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 15 - Planar Graphs
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 16 - Graph Searching; BFS and DFS
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 17 - Network Flows
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 18 - Counting Spanning Trees in Complete Graphs
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 19 - Embedding of the theory of ral numbers in Set Theory; Paradoxes
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 20 - ZF Axiomatization of Set Theory
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 21 - Partially ordering relations
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 22 - Natural numbers, divisors
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 23 - Lattices
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 24 - GCD, Euclid's Algorithm
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 25 - Prime Numbers
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 26 - Congruences
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 27 - Pigeon Hole Principle
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 28 - Stirling Numbers, Bell Numbers
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 29 - Generating Functions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 30 - Product of Generating Functions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 31 - Composition of Generating Function
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 32 - Principle of Inclusion Exclusion
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 33 - Rook placement problem
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 34 - Solution of Congruences
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 35 - Chinese Remainder Theorem
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 36 - Totient; Congruences; Floor and Ceiling Functions
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 37 - Introduction to Groups
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 38 - Modular Arithmetic and Groups
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 39 - Dihedral Groups, Isomorhphisms
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 40 - Cyclic groups, Direct Products, Subgroups
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 41 - Cosets, Lagrange's theorem
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 42 - Rings and Fields
Link	NOC:Discrete Mathematics (Prof. Sajith Gopalan)	Lecture 43 - Construction of Finite Fields
Link	NOC:Advanced Computer Architecture	Lecture 1 - Review of Basic Computer Organization
Link	NOC:Advanced Computer Architecture	Lecture 2 - Perfomance Evaluation Methods
Link	NOC:Advanced Computer Architecture	Lecture 3 - Introduction to RISC Instruction Pipeline
Link	NOC:Advanced Computer Architecture	Lecture 4 - Instruction Pipeline and Performance
Link	NOC:Advanced Computer Architecture	Lecture 5 - Pipeline Hazards
Link	NOC:Advanced Computer Architecture	Lecture 6 - Control Hazards and Branch Prediction
Link	NOC:Advanced Computer Architecture	Lecture 7 - MIPS Pipeline for Multi-Cycle Operations
Link	NOC:Advanced Computer Architecture	Lecture 8 - Tutorial 2 : Pipeline Hazard Analysis
Link	NOC:Advanced Computer Architecture	Lecture 9 - Compiler Techniques to Explore ILP
Link	NOC:Advanced Computer Architecture	Lecture 10 - Dynamic Scheduling to Explore ILP
Link	NOC:Advanced Computer Architecture	Lecture 11 - Dynamic Scheduling with Tomasulo’s Algorithm
Link	NOC:Advanced Computer Architecture	Lecture 12 - Dynamic Scheduling with Speculative Execution
Link	NOC:Advanced Computer Architecture	Lecture 13 - Tutorial 3 : Static and Dynamic Scheduling
Link	NOC:Advanced Computer Architecture	Lecture 14 - Advanced Pipelining and Superscalar Processors
Link	NOC:Advanced Computer Architecture	Lecture 15 - Exploiting DLP: Vector and GPU Architectures
Link	NOC:Advanced Computer Architecture	Lecture 16 - Tutorial 4 : Architectural Simulation using gem5
Link	NOC:Advanced Computer Architecture	Lecture 17 - Tutorial 5 : Core Optimization in gem5
Link	NOC:Advanced Computer Architecture	Lecture 18 - Introduction to Cache Memory
Link	NOC:Advanced Computer Architecture	Lecture 19 - Block Replacement Techniques and Write Strategy
Link	NOC:Advanced Computer Architecture	Lecture 20 - Tutorial 6 : Design Concepts in Cache Memory
Link	NOC:Advanced Computer Architecture	Lecture 21 - Optimization Techniques in Cache Memory
Link	NOC:Advanced Computer Architecture	Lecture 22 - Advanced Cache Optimization Techniques
Link	NOC:Advanced Computer Architecture	Lecture 23 - Tutorial 7 : Optimization Techniques in Cache Memory
Link	NOC:Advanced Computer Architecture	Lecture 24 - Tutorial 8 : Cache Optimization in gem5
Link	NOC:Advanced Computer Architecture	Lecture 25 - Introduction to DRAM System
Link	NOC:Advanced Computer Architecture	Lecture 26 - DRAM Controllers and Address Mapping
Link	NOC:Advanced Computer Architecture	Lecture 27 - Secondary Storage Systems
Link	NOC:Advanced Computer Architecture	Lecture 28 - Tutorial 9 : Design Concepts in DRAM and Harddisk
Link	NOC:Advanced Computer Architecture	Lecture 29 - Tiled Chip Multicore Processors
Link	NOC:Advanced Computer Architecture	Lecture 30 - Routing Techniques in Network on Chip
Link	NOC:Advanced Computer Architecture	Lecture 31 - NoC Router Microarchitecture
Link	NOC:Advanced Computer Architecture	Lecture 32 - How to Explore Computer Architecture?
Link	NOC:Advanced Computer Architecture	Lecture 33 - Tutorial 10 : TCMP and NoC Design Principles
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 1 - Introduction to UCC and history
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 2 - Issues and challenges
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 3 - Latest research trends
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 4 - User-Centric Design and Software Engineering
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 5 - Components of SDLC - Contextual Inquiry
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 6 - Components of SDLC - Design Guidelines
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 7 - Components of SDLC - Prototyping
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 8 - Case study (web site design)
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 9 - Introduction to User-Centric Computing
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 10 - The UCC framework with illustrative case study
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 11 - User-centric models - introduction and descriptive models
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 12 - User-centric models - predictive models and taxonomy
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 13 - Introduction to GOMS family of models
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 14 - Keystroke-Level Model (KLM)
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 15 - (CMN)GOMS Model
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 16 - The Fitts' Law
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 17 - The Hick-Hyman Law
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 18 - 2D and 3D pointing models
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 19 - The Steering Law for constrained navigation
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 20 - Model for hierarchical menu selection
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 21 - Mobile typing models (single finger and two thumb typing)
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 22 - Model for touch performance (FFitts' law)
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 23 - Introduction to formal models in UCD
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 24 - Formal modeling of user-computer dialogue
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 25 - Case studies on the use of models
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 26 - Introduction and research question formulation
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 27 - Variables determination and experiment design
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 28 - Data analysis including model building
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 29 - Introduction to user-centric design evaluation and expert evaluation technique
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 30 - User evaluation, empirical and model-based evaluation
Link	NOC:User-centric Computing for Human-Computer Interaction	Lecture 31 - Concluding remarks
Link	NOC:Computer Graphics	Lecture 1 - Introduction to graphics
Link	NOC:Computer Graphics	Lecture 2 - Historical evolution, issues and challenges
Link	NOC:Computer Graphics	Lecture 3 - Basics of a graphics system
Link	NOC:Computer Graphics	Lecture 4 - Introduction to 3D graphics pipeline
Link	NOC:Computer Graphics	Lecture 5 - Introduction and overview on object representation techniques
Link	NOC:Computer Graphics	Lecture 6 - Various Boundary Representation Techniques
Link	NOC:Computer Graphics	Lecture 7 - Spline representation - I
Link	NOC:Computer Graphics	Lecture 8 - Spline representation - II
Link	NOC:Computer Graphics	Lecture 9 - Space representation methods
Link	NOC:Computer Graphics	Lecture 10 - Introduction to modeling transformations
Link	NOC:Computer Graphics	Lecture 11 - Matrix representation and composition of transformations
Link	NOC:Computer Graphics	Lecture 12 - Transformations in 3D
Link	NOC:Computer Graphics	Lecture 13 - Color computation - basic idea
Link	NOC:Computer Graphics	Lecture 14 - Simple lighting model
Link	NOC:Computer Graphics	Lecture 15 - Shading models
Link	NOC:Computer Graphics	Lecture 16 - Intensity mapping
Link	NOC:Computer Graphics	Lecture 17 - Color models and texture synthesis
Link	NOC:Computer Graphics	Lecture 18 - View transformation
Link	NOC:Computer Graphics	Lecture 19 - Projection transformation
Link	NOC:Computer Graphics	Lecture 20 - Windows-to-viewport transformation
Link	NOC:Computer Graphics	Lecture 21 - Clipping introduction and 2D point and line clipping
Link	NOC:Computer Graphics	Lecture 22 - 2D fill-area clipping and 3D clipping
Link	NOC:Computer Graphics	Lecture 23 - Hidden surface removal - I
Link	NOC:Computer Graphics	Lecture 24 - Hidden surface removal - II
Link	NOC:Computer Graphics	Lecture 25 - Scan conversion of basic shapes - I
Link	NOC:Computer Graphics	Lecture 26 - Scan conversion of basic shapes - II
Link	NOC:Computer Graphics	Lecture 27 - Fill area and character scan conversion
Link	NOC:Computer Graphics	Lecture 28 - Anti-aliasing techniques
Link	NOC:Computer Graphics	Lecture 29 - Graphics I/O Devices
Link	NOC:Computer Graphics	Lecture 30 - Introduction to GPU and Shaders
Link	NOC:Computer Graphics	Lecture 31 - Programming with OpenGL
Link	NOC:Computer Graphics	Lecture 32 - Concluding remarks
Link	NOC:C-Based VLSI Design	Lecture 1 - Introduction to C-Based VLSI Design
Link	NOC:C-Based VLSI Design	Lecture 2 - C-based VLSI Design: An Overview
Link	NOC:C-Based VLSI Design	Lecture 3 - C-based VLSI Design: Problem Formulation
Link	NOC:C-Based VLSI Design	Lecture 4 - C-based VLSI Design: Course Plan
Link	NOC:C-Based VLSI Design	Lecture 5 - Introduction to Scheduling
Link	NOC:C-Based VLSI Design	Lecture 6 - ILP formulation of Scheduling
Link	NOC:C-Based VLSI Design	Lecture 7 - ILP formulation of MRLC and MLRC Scheduling
Link	NOC:C-Based VLSI Design	Lecture 8 - Multiprocessor Scheduling
Link	NOC:C-Based VLSI Design	Lecture 9 - Hu’s algorithm for Multiprocessor Scheduling
Link	NOC:C-Based VLSI Design	Lecture 10 - List based Scheduling of MLRC
Link	NOC:C-Based VLSI Design	Lecture 11 - List based Scheduling of MRLC
Link	NOC:C-Based VLSI Design	Lecture 12 - Forced Directed Scheduling
Link	NOC:C-Based VLSI Design	Lecture 13 - Forced Directed MLRC and MRLC Scheduling Algorithm
Link	NOC:C-Based VLSI Design	Lecture 14 - Path Based Scheduling
Link	NOC:C-Based VLSI Design	Lecture 15 - Path Based Scheduling
Link	NOC:C-Based VLSI Design	Lecture 16 - Allocation and Binding Problem Formulation
Link	NOC:C-Based VLSI Design	Lecture 17 - Left Edge Algorithm
Link	NOC:C-Based VLSI Design	Lecture 18 - ILP Formulation of Allocation and Binding
Link	NOC:C-Based VLSI Design	Lecture 19 - Allocation and Binding for Hierarchical Graph
Link	NOC:C-Based VLSI Design	Lecture 20 - Register Allocation and Binding
Link	NOC:C-Based VLSI Design	Lecture 21 - Multi-port Binding Problem
Link	NOC:C-Based VLSI Design	Lecture 22 - Datapath and Controller Synthesis
Link	NOC:C-Based VLSI Design	Lecture 23 - HLS for Arrays
Link	NOC:C-Based VLSI Design	Lecture 24 - HLS for Loops
Link	NOC:C-Based VLSI Design	Lecture 25 - HLS for Loop - pipeline
Link	NOC:C-Based VLSI Design	Lecture 26 - Hardware Efficient C Coding - Part I
Link	NOC:C-Based VLSI Design	Lecture 27 - Hardware Efficient C Coding - Part II
Link	NOC:C-Based VLSI Design	Lecture 28 - Dataflow Optimization in HLS
Link	NOC:C-Based VLSI Design	Lecture 29 - Frontend Optimizations in C
Link	NOC:C-Based VLSI Design	Lecture 30 - HLS Optimizations: Case Study 1
Link	NOC:C-Based VLSI Design	Lecture 31 - HLS Optimizations: Case Study 1
Link	NOC:C-Based VLSI Design	Lecture 32 - Simulation based Verification
Link	NOC:C-Based VLSI Design	Lecture 33 - RTL to C Reverse Engineering
Link	NOC:C-Based VLSI Design	Lecture 34 - Phase-wise Verification of HLS
Link	NOC:C-Based VLSI Design	Lecture 35 - Equivalence between C and RTL
Link	NOC:C-Based VLSI Design	Lecture 36 - Introduction to Hardware Security
Link	NOC:C-Based VLSI Design	Lecture 37 - HLS for Security
Link	NOC:C-Based VLSI Design	Lecture 38 - Attacks on RTL Logic locking
Link	NOC:C-Based VLSI Design	Lecture 39 - Introduction to Logic Synthesis
Link	NOC:C-Based VLSI Design	Lecture 40 - FPGA Technology Mapping
Link	NOC:C-Based VLSI Design	Lecture 41 - Introduction to Physical Synthesis
Link	NOC:C-Based VLSI Design	Lecture 42 - Introduction to Circuit optimizations
Link	NOC:C-Based VLSI Design	Lecture 43 - Recent Advances in C-Based VLSI Design
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 1 - Interactive Systems
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 2 - Introduction to Usability
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 3 - Engineering for Usability
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 4 - Interactive System Life Cycle
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 5 - Usability Requirements
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 6 - Contexual Inquiry
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 7 - Functional Requirements Specification
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 8 - Case Study on SRS
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 9 - Case Study (Usability Requirement Gathering)
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 10 - Case Study (Other Requirement Gathering)
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 11 - Case Study - Non-Functional Requirements to SRS
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 12 - Introduction to Interface Design
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 13 - Shneiderman's Golden Rules
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 14 - Norman's Principles
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 15 - Prototyping
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 16 - Prototype Evaluation - I
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 17 - Prototype Evaluation - II
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 18 - Case Study on Prototype Evaluation - I
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 19 - Case Study on Prototype Evaluation - II
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 20 - Basics of System Design
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 21 - Data Flow Diagram
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 22 - Entity Relationship Diagram
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 23 - Case Study on DFD and ER
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 24 - Introduction to Object Oriented Design
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 25 - UML
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 26 - UML Case Study
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 27 - Coding Basics
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 28 - Code Testing Basics
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 29 - Review-Based Code Testing
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 30 - Code Review Case Study
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 31 - Black-Box Testing - I
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 32 - Black-Box Testing - II
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 33 - Black-Box Testing Case Study
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 34 - White-Box Testing
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 35 - White-Box Testing Case Study
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 36 - System Integration and Testing
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 37 - Empirical Usability Evaluation - I
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 38 - Empirical Usability Evaluation - II
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 39 - Experiment Design - I
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 40 - Experiment Design - II
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 41 - Empirical Data Analysis
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 42 - Project Management
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 43 - Note on Agile Development
Link	NOC:Design and Implementation of Human-Computer Interfaces	Lecture 44 - Concluding Remarks
Link	NOC:Digital Design with Verilog	Lecture 1 - Introduction to Digital Design with Verilog
Link	NOC:Digital Design with Verilog	Lecture 2 - Switching Algebra
Link	NOC:Digital Design with Verilog	Lecture 3 - Canonical Forms of Switching Functions
Link	NOC:Digital Design with Verilog	Lecture 4 - Number Systems
Link	NOC:Digital Design with Verilog	Lecture 5 - Binary Arithmetic
Link	NOC:Digital Design with Verilog	Lecture 6 - Binary Codes
Link	NOC:Digital Design with Verilog	Lecture 7 - Error Detection and Corrections Codes
Link	NOC:Digital Design with Verilog	Lecture 8 - Minimization of Switching functions-Karnaugh Map
Link	NOC:Digital Design with Verilog	Lecture 9 - Karnaugh Map
Link	NOC:Digital Design with Verilog	Lecture 10 - Minimization of Switching functions-Properties
Link	NOC:Digital Design with Verilog	Lecture 11 - Quine-McCluskey Method
Link	NOC:Digital Design with Verilog	Lecture 12 - Quine-McCluskey Method-Prime Implication Chart
Link	NOC:Digital Design with Verilog	Lecture 13 - ESPRESSO-Heuristic Based Switching Function Minimization
Link	NOC:Digital Design with Verilog	Lecture 14 - Multi-level Logic Minimization
Link	NOC:Digital Design with Verilog	Lecture 15 - Multi-level Logic Minimization-Kernels Extraction
Link	NOC:Digital Design with Verilog	Lecture 16 - Digital Circuits Modelling using Verilog
Link	NOC:Digital Design with Verilog	Lecture 17 - Modelling Techniques in Verilog
Link	NOC:Digital Design with Verilog	Lecture 18 - Behavioral Modelling in Verilog
Link	NOC:Digital Design with Verilog	Lecture 19 - Digital System Design using Verilog
Link	NOC:Digital Design with Verilog	Lecture 20 - Testbench in Verilog
Link	NOC:Digital Design with Verilog	Lecture 21 - Code Conversion, Parity Bit Generator
Link	NOC:Digital Design with Verilog	Lecture 22 - Comparator, Multiplexer
Link	NOC:Digital Design with Verilog	Lecture 23 - Encoder, Decoder
Link	NOC:Digital Design with Verilog	Lecture 24 - Ripple Carry Adder, Carry Look ahead Adder
Link	NOC:Digital Design with Verilog	Lecture 25 - Adder/Subtractor
Link	NOC:Digital Design with Verilog	Lecture 26 - BCD Adder, Multiplier
Link	NOC:Digital Design with Verilog	Lecture 27 - Latch/Storage Design
Link	NOC:Digital Design with Verilog	Lecture 28 - Flipflop Design, Characteristics of Flipflop
Link	NOC:Digital Design with Verilog	Lecture 29 - Flipflop, Register and Memory
Link	NOC:Digital Design with Verilog	Lecture 30 - Digital Counter
Link	NOC:Digital Design with Verilog	Lecture 31 - Finite State Machine Design and Implementation with many Examples
Link	NOC:Digital Design with Verilog	Lecture 32 - FSM Completeness and Correctness
Link	NOC:Digital Design with Verilog	Lecture 33 - Sync Counter using FSM, Implementation using different FFs and Comparision of types of FSM
Link	NOC:Digital Design with Verilog	Lecture 34 - FSM State Optimization using Row Matching and Partitioning Methods
Link	NOC:Digital Design with Verilog	Lecture 35 - State Optimization using Implication chart and State Encoding
Link	NOC:Digital Design with Verilog	Lecture 36 - RTL Design, Introduction to ASM (Algorithmic State Machine)
Link	NOC:Digital Design with Verilog	Lecture 37 - RTL/ASM Design Examples and Implementation
Link	NOC:Digital Design with Verilog	Lecture 38 - ASM Data Path Inference and Control Path Generation
Link	NOC:Digital Design with Verilog	Lecture 39 - Sequential Multplier the Classic Example of RTL Design
Link	NOC:Digital Design with Verilog	Lecture 40 - Introduction to FPGA and Design Flow
Link	NOC:Digital Design with Verilog	Lecture 41 - Introduction to Electronic Design Automation
Link	NOC:Parallel Computer Architecture	Lecture 1 - Why do we need parallel architecture ?
Link	NOC:Parallel Computer Architecture	Lecture 2 - Multicore Revolution
Link	NOC:Parallel Computer Architecture	Lecture 3 - What is Parallel Architecture?
Link	NOC:Parallel Computer Architecture	Lecture 4 - Performance and Benchmarking
Link	NOC:Parallel Computer Architecture	Lecture 5 - Reporting Results
Link	NOC:Parallel Computer Architecture	Lecture 6 - Some Laws
Link	NOC:Parallel Computer Architecture	Lecture 7 - A shift from sequential to parallel
Link	NOC:Parallel Computer Architecture	Lecture 8 - Programming Models
Link	NOC:Parallel Computer Architecture	Lecture 9 - Shared Memory Paradigm
Link	NOC:Parallel Computer Architecture	Lecture 10 - Message Passing Paradigm
Link	NOC:Parallel Computer Architecture	Lecture 11 - Examples
Link	NOC:Parallel Computer Architecture	Lecture 12 - Cache Basics
Link	NOC:Parallel Computer Architecture	Lecture 13 - Memory hierarchy questions - 1
Link	NOC:Parallel Computer Architecture	Lecture 14 - Memory hierarchy questions - 2
Link	NOC:Parallel Computer Architecture	Lecture 15 - Six basic cache optimisations - 1
Link	NOC:Parallel Computer Architecture	Lecture 16 - Six basic cache optimisations - 2
Link	NOC:Parallel Computer Architecture	Lecture 17 - Virtual Memory - 1
Link	NOC:Parallel Computer Architecture	Lecture 18 - Virtual Memory - 2
Link	NOC:Parallel Computer Architecture	Lecture 19 - Cache Coherence Problem
Link	NOC:Parallel Computer Architecture	Lecture 20 - Concept of Serialisation
Link	NOC:Parallel Computer Architecture	Lecture 21 - Coherence related Conditions
Link	NOC:Parallel Computer Architecture	Lecture 22 - Types of Coherence Protocols - 1
Link	NOC:Parallel Computer Architecture	Lecture 23 - Types of Coherence Protocols - 2
Link	NOC:Parallel Computer Architecture	Lecture 24 - VI Protocol
Link	NOC:Parallel Computer Architecture	Lecture 25 - 3 State: MSI Protocol
Link	NOC:Parallel Computer Architecture	Lecture 26 - MESI Protocol
Link	NOC:Parallel Computer Architecture	Lecture 27 - Dragon Protocol
Link	NOC:Parallel Computer Architecture	Lecture 28 - Coherence misses
Link	NOC:Parallel Computer Architecture	Lecture 29 - Coherence misses example
Link	NOC:Parallel Computer Architecture	Lecture 30 - Correctness Requirements
Link	NOC:Parallel Computer Architecture	Lecture 31 - Single-Level caches with an Atomic Bus - 1
Link	NOC:Parallel Computer Architecture	Lecture 32 - Single-Level caches with an Atomic Bus - 2
Link	NOC:Parallel Computer Architecture	Lecture 33 - Multi-Level caches with an Atomic Bus - 1
Link	NOC:Parallel Computer Architecture	Lecture 34 - Multi-Level caches with an Atomic Bus - 2
Link	NOC:Parallel Computer Architecture	Lecture 35 - Split transaction Bus
Link	NOC:Parallel Computer Architecture	Lecture 36 - Phases in Split Transaction Bus
Link	NOC:Parallel Computer Architecture	Lecture 37 - Request table and Organization
Link	NOC:Parallel Computer Architecture	Lecture 38 - Path of a Cache Miss
Link	NOC:Parallel Computer Architecture	Lecture 39 - Multi-Level cache + Split transaction Bus
Link	NOC:Parallel Computer Architecture	Lecture 40 - Introduction to Directory Cache Coherence
Link	NOC:Parallel Computer Architecture	Lecture 41 - Basic Operation of a Directory
Link	NOC:Parallel Computer Architecture	Lecture 42 - Directory Organisations
Link	NOC:Parallel Computer Architecture	Lecture 43 - Directory Overhead Optimisations
Link	NOC:Parallel Computer Architecture	Lecture 44 - Directory Protocol optimisations
Link	NOC:Parallel Computer Architecture	Lecture 45 - Proving Correctness - 1
Link	NOC:Parallel Computer Architecture	Lecture 46 - Proving Correctness - 2
Link	NOC:Parallel Computer Architecture	Lecture 47 - SGI Origin Architecture
Link	NOC:Parallel Computer Architecture	Lecture 48 - Working of protocol
Link	NOC:Parallel Computer Architecture	Lecture 49 - Correctness Issues
Link	NOC:Parallel Computer Architecture	Lecture 50 - Sequent NUMA-Q Architecture
Link	NOC:Parallel Computer Architecture	Lecture 51 - Working of protocol - 1
Link	NOC:Parallel Computer Architecture	Lecture 52 - Working of protocol - 2
Link	NOC:Parallel Computer Architecture	Lecture 53 - Correctness and Protocol Interaction
Link	NOC:Parallel Computer Architecture	Lecture 54 - Sequential Consistency
Link	NOC:Parallel Computer Architecture	Lecture 55 - Implications of Sequential Consistency
Link	NOC:Parallel Computer Architecture	Lecture 56 - Relaxed Consistency Models - 1
Link	NOC:Parallel Computer Architecture	Lecture 57 - Relaxed Consistency Models - 2
Link	NOC:Parallel Computer Architecture	Lecture 58 - Relaxing all Orders
Link	NOC:Parallel Computer Architecture	Lecture 59 - Uninterruptible Instructions
Link	NOC:Parallel Computer Architecture	Lecture 60 - Implementation of atomic instructions
Link	NOC:Parallel Computer Architecture	Lecture 61 - Other synchronisation options
Link	NOC:Parallel Computer Architecture	Lecture 62 - Interconnect Overview
Link	NOC:Parallel Computer Architecture	Lecture 63 - Topologies
Link	NOC:Parallel Computer Architecture	Lecture 64 - Routing
Link	NOC:Parallel Computer Architecture	Lecture 65 - Flow Control
Link	Computer Algorithms - 2	Lecture 1 - Graph_Basics
Link	Computer Algorithms - 2	Lecture 2 - Breadth_First_Search
Link	Computer Algorithms - 2	Lecture 3 - Dijkstra_Algo
Link	Computer Algorithms - 2	Lecture 4 - All Pair Shortest Path
Link	Computer Algorithms - 2	Lecture 5 - Matriods
Link	Computer Algorithms - 2	Lecture 6 - Minimum Spanning Tree
Link	Computer Algorithms - 2	Lecture 7 - Edmond's Matching Algo I
Link	Computer Algorithms - 2	Lecture 8 - Edmond's Matching Algo II
Link	Computer Algorithms - 2	Lecture 9 - Flow Networks
Link	Computer Algorithms - 2	Lecture 10 - Ford Fulkerson Method
Link	Computer Algorithms - 2	Lecture 11 - Edmond Karp Algo
Link	Computer Algorithms - 2	Lecture 12 - Matrix Inversion
Link	Computer Algorithms - 2	Lecture 13 - Matrix Decomposition
Link	Computer Algorithms - 2	Lecture 14 - Knuth Morris Pratt Algo
Link	Computer Algorithms - 2	Lecture 15 - Rabin Karp Algo
Link	Computer Algorithms - 2	Lecture 16 - NFA Simulation
Link	Computer Algorithms - 2	Lecture 17 - Integer-Polynomial Ops-I
Link	Computer Algorithms - 2	Lecture 18 - Integer-Polynomial Ops-II
Link	Computer Algorithms - 2	Lecture 19 - Integer-Polynomial Ops-III
Link	Computer Algorithms - 2	Lecture 20 - Chinese Remainder-I
Link	Computer Algorithms - 2	Lecture 21 - Chinese Remainder-II
Link	Computer Algorithms - 2	Lecture 22 - Chinese Remainder-III
Link	Computer Algorithms - 2	Lecture 23 - Discrete Fourier Transform-I
Link	Computer Algorithms - 2	Lecture 24 - Discrete Fourier Transform-II
Link	Computer Algorithms - 2	Lecture 25 - Discrete Fourier Transform-III
Link	Computer Algorithms - 2	Lecture 26 - Schonhage Strassen Algo
Link	Computer Algorithms - 2	Lecture 27 - Linear Programming-I
Link	Computer Algorithms - 2	Lecture 28 - Linear Programming-II
Link	Computer Algorithms - 2	Lecture 29 - Geometry-I
Link	Computer Algorithms - 2	Lecture 30 - Geometry-II
Link	Computer Algorithms - 2	Lecture 31 - Geometry-III
Link	Computer Algorithms - 2	Lecture 32 - Approximation Algo-I
Link	Computer Algorithms - 2	Lecture 33 - Approximation Algo-II
Link	Computer Algorithms - 2	Lecture 34 - Approximation Algo-III
Link	Computer Algorithms - 2	Lecture 35 - General: Dynamic Programming
Link	Theory of Computation	Lecture 1 - What is theory of computation? Set membership problem, basic notions like alphabet, strings, formal languages
Link	Theory of Computation	Lecture 2 - Introduction to finite automaton
Link	Theory of Computation	Lecture 3 - Finite automata continued, deterministic finite automata(DFAs), language accepted by a DFA
Link	Theory of Computation	Lecture 4 - Regular languages, their closure properties
Link	Theory of Computation	Lecture 5 - DFAs solve set membership problems in linear time, pumping lemma
Link	Theory of Computation	Lecture 6 - More examples of nonregular languages, proof of pumping lemma, pumping lemma as a game, converse of pumping lemma does not hold
Link	Theory of Computation	Lecture 7 - A generalization of pumping lemma, nondeterministic finite automata (NFAs), computation trees for NFAs
Link	Theory of Computation	Lecture 8 - Formal description of NFA, language accepted by NFA, such languages are also regular
Link	Theory of Computation	Lecture 9 - 'Guess and verify' paradigm for nondeterminism
Link	Theory of Computation	Lecture 10 - NFA's with epsilon transitions
Link	Theory of Computation	Lecture 11 - Regular expressions, they denote regular languages
Link	Theory of Computation	Lecture 12 - Construction of a regular expression for a language given a DFA accepting it. Algebraic closure properies of regular languages
Link	Theory of Computation	Lecture 13 - Closure properties (Continued...)
Link	Theory of Computation	Lecture 14 - Closure under reversal, use of closure properties
Link	Theory of Computation	Lecture 15 - Decision problems for regular languages
Link	Theory of Computation	Lecture 16 - About minimization of states of DFAs. Myhill-Nerode theorem
Link	Theory of Computation	Lecture 17 - Continuation of proof of Myhill-Nerode theorem
Link	Theory of Computation	Lecture 18 - Application of Myhill-Nerode theorem. DFA minimization
Link	Theory of Computation	Lecture 19 - DFA minimization (Continued...)
Link	Theory of Computation	Lecture 20 - Introduction to context free languages (cfls) and context free grammars (cfgs). Derivation of strings by cfgs
Link	Theory of Computation	Lecture 21 - Languages generated by a cfg, leftmost derivation, more examples of cfgs and cfls
Link	Theory of Computation	Lecture 22 - Parse trees, inductive proof that L is L(G). All regular languages are context free
Link	Theory of Computation	Lecture 23 - Towards Chomsky normal forms: elimination of useless symbols, analysis of reachable symbols, generating nonterminals, order of substeps matter
Link	Theory of Computation	Lecture 24 - Simplification of cfgs continued, Removal of epsilon productions: algorithm and its correctness
Link	Theory of Computation	Lecture 25 - Elimination of unit productions. Converting a cfg into Chomsky normal form. Towards pumping lemma for cfls
Link	Theory of Computation	Lecture 26 - Pumping lemma for cfls. Adversarial paradigm
Link	Theory of Computation	Lecture 27 - Completion of pumping lemma proof. Examples of use of pumping lemma. Converse of lemma does not hold. Closure properties of cfls
Link	Theory of Computation	Lecture 28 - Closure properties continued. cfls not closed under complementation
Link	Theory of Computation	Lecture 29 - Another example of a cfl whose complement is not a cfl. Decision problems for cfls
Link	Theory of Computation	Lecture 30 - More decision problems. CYK algorithm for membership decision
Link	Theory of Computation	Lecture 31 - Introduction to pushdown automata (pda)
Link	Theory of Computation	Lecture 32 - pda configurations, acceptance notions for pdas. Transition diagrams for pdas
Link	Theory of Computation	Lecture 33 - Equivalence of acceptance by empty stack and acceptance by final state
Link	Theory of Computation	Lecture 34 - Turing machines (TM): motivation, informal definition, example, transition diagram
Link	Theory of Computation	Lecture 35 - Execution trace, another example (unary to binary conversion)
Link	Theory of Computation	Lecture 36 - Example continued. Finiteness of TM description, TM configuration, language acceptance, definition of recursively enumerable (r.e.) languages
Link	Theory of Computation	Lecture 37 - Notion of non-acceptance or rejection of a string by a TM. Multitrack TM, its equivalence to standard TM. Multitape TMs
Link	Theory of Computation	Lecture 38 - Simulation of multitape TMs by basic model. Nondeterministic TM (NDTM). Equivalence of NDTMs with deterministic TMs
Link	Theory of Computation	Lecture 39 - Counter machines and their equivalence to basic TM model
Link	Theory of Computation	Lecture 40 - TMs can simulate computers, diagonalization proof
Link	Theory of Computation	Lecture 41 - Existence of non-r.e. languages, recursive languages, notion of decidability
Link	Theory of Computation	Lecture 42 - Separation of recursive and r.e. classes, halting problem and its undecidability
Link	Introduction to Problem Solving and Programming	Lecture 1
Link	Introduction to Problem Solving and Programming	Lecture 2
Link	Introduction to Problem Solving and Programming	Lecture 3
Link	Introduction to Problem Solving and Programming	Lecture 4
Link	Introduction to Problem Solving and Programming	Lecture 5
Link	Introduction to Problem Solving and Programming	Lecture 6
Link	Introduction to Problem Solving and Programming	Lecture 7
Link	Introduction to Problem Solving and Programming	Lecture 8
Link	Introduction to Problem Solving and Programming	Lecture 9
Link	Introduction to Problem Solving and Programming	Lecture 10
Link	Introduction to Problem Solving and Programming	Lecture 11
Link	Introduction to Problem Solving and Programming	Lecture 12
Link	Introduction to Problem Solving and Programming	Lecture 13
Link	Introduction to Problem Solving and Programming	Lecture 14
Link	Introduction to Problem Solving and Programming	Lecture 15
Link	Introduction to Problem Solving and Programming	Lecture 16
Link	Introduction to Problem Solving and Programming	Lecture 17
Link	Introduction to Problem Solving and Programming	Lecture 18
Link	Introduction to Problem Solving and Programming	Lecture 19
Link	Introduction to Problem Solving and Programming	Lecture 20
Link	Introduction to Problem Solving and Programming	Lecture 21
Link	Introduction to Problem Solving and Programming	Lecture 22
Link	Introduction to Problem Solving and Programming	Lecture 23
Link	Introduction to Problem Solving and Programming	Lecture 24
Link	Riemann Hypothesis and its Applications	Lecture 1
Link	Riemann Hypothesis and its Applications	Lecture 2
Link	Riemann Hypothesis and its Applications	Lecture 3
Link	Riemann Hypothesis and its Applications	Lecture 4
Link	Riemann Hypothesis and its Applications	Lecture 5
Link	Riemann Hypothesis and its Applications	Lecture 6
Link	Riemann Hypothesis and its Applications	Lecture 7
Link	Riemann Hypothesis and its Applications	Lecture 8
Link	Riemann Hypothesis and its Applications	Lecture 9
Link	Riemann Hypothesis and its Applications	Lecture 10
Link	Riemann Hypothesis and its Applications	Lecture 11
Link	Riemann Hypothesis and its Applications	Lecture 12
Link	Riemann Hypothesis and its Applications	Lecture 13
Link	Riemann Hypothesis and its Applications	Lecture 14
Link	Riemann Hypothesis and its Applications	Lecture 15
Link	Riemann Hypothesis and its Applications	Lecture 16
Link	Riemann Hypothesis and its Applications	Lecture 17
Link	Riemann Hypothesis and its Applications	Lecture 18
Link	Riemann Hypothesis and its Applications	Lecture 19
Link	Riemann Hypothesis and its Applications	Lecture 20
Link	Riemann Hypothesis and its Applications	Lecture 21
Link	Riemann Hypothesis and its Applications	Lecture 22
Link	Riemann Hypothesis and its Applications	Lecture 23
Link	Riemann Hypothesis and its Applications	Lecture 24
Link	Riemann Hypothesis and its Applications	Lecture 25
Link	Riemann Hypothesis and its Applications	Lecture 26
Link	Riemann Hypothesis and its Applications	Lecture 27
Link	Riemann Hypothesis and its Applications	Lecture 28
Link	Riemann Hypothesis and its Applications	Lecture 29
Link	Riemann Hypothesis and its Applications	Lecture 30
Link	Biometrics	Lecture 1 - Biometrics
Link	Biometrics	Lecture 2 - Biometrics
Link	Biometrics	Lecture 3 - Biometrics
Link	Biometrics	Lecture 4 - Biometrics
Link	Biometrics	Lecture 5 - Biometrics
Link	Biometrics	Lecture 6 - Biometrics
Link	Biometrics	Lecture 7 - Biometrics
Link	Biometrics	Lecture 8 - Biometrics
Link	Biometrics	Lecture 9 - Biometrics
Link	Biometrics	Lecture 10 - Biometrics
Link	Biometrics	Lecture 11 - Biometrics
Link	Biometrics	Lecture 12 - Biometrics
Link	Biometrics	Lecture 13 - Biometrics
Link	Biometrics	Lecture 14 - Biometrics
Link	Biometrics	Lecture 15 - Biometrics
Link	Biometrics	Lecture 16 - Biometrics
Link	Biometrics	Lecture 17 - Biometrics
Link	Biometrics	Lecture 18 - Biometrics
Link	Biometrics	Lecture 19 - Biometrics
Link	Biometrics	Lecture 20 - Biometrics
Link	Biometrics	Lecture 21 - Biometrics
Link	Biometrics	Lecture 22 - Biometrics
Link	Biometrics	Lecture 23 - Biometrics
Link	Biometrics	Lecture 24 - Biometrics
Link	Biometrics	Lecture 25 - Biometrics
Link	Biometrics	Lecture 26 - Biometrics
Link	Parallel Algorithm	Lecture 1 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 2 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 3 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 4 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 5 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 6 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 7 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 8 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 9 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 10 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 11 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 12 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 13 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 14 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 15 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 16 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 17 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 18 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 19 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 20 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 21 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 22 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 23 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 24 - Parallel Algorithm
Link	Parallel Algorithm	Lecture 25 - Parallel Algorithm
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 1 - Introduction, Amdahl's law, CPI equation
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 2 - CPI equation, research practices, instruction set architecture
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 3 - Instruction set architecture
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 4 - Instruction set architecture
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 5 - Instruction set architecture, case study with MIPS-I
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 6 - Case study with MIPS-I
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 7 - Case study with MIPS-I
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 8 - Binary instrumentation for architectural studies: PIN
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 9 - Binary instrumentation for architectural studies: PIN
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 10 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 11 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 12 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 13 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 14 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 15 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 16 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 17 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 18 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 19 - Basic pipelining, branch prediction
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 20 - Dynamic scheduling, speculative execution
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 21 - Dynamic scheduling, speculative execution
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 22 - Dynamic scheduling, speculative execution
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 23 - Dynamic scheduling, speculative execution
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 24 - Dynamic scheduling, speculative execution
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 25 - Virtual memory and caches
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 26 - Virtual memory and caches
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 27 - Virtual memory and caches
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 28 - Topics in memory system, DRAM and SRAM technology
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 29 - Topics in memory system, DRAM and SRAM technology
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 30 - Topics in memory system, DRAM and SRAM technology
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 31 - Case study: MIPS R10000
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 32 - Case study: MIPS R10000
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 33 - Case study: Alpha 21264
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 34 - Case study: Intel Pentium 4
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 35 - Input/Output
Link	Computer Architecture (Dr. Mainak Chaudhuri)	Lecture 36 - Simultaneous multithreading, multi-cores
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 1 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 2 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 3 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 4 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 5 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 6 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 7 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 8 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 9 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 10 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 11 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 12 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 13 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 14 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 15 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 16 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 17 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 18 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 19 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 20 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 21 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 22 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 23 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 24 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 25 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 26 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 27 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 28 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 29 - Compiler Design
Link	Compiler Design (Prof. Sanjeev K Aggarwal)	Lecture 30 - Compiler Design
Link	NOC : Introduction to programming in C	Lecture 1 - Intro - Process of programming
Link	NOC : Introduction to programming in C	Lecture 2 - Intro - GCD
Link	NOC : Introduction to programming in C	Lecture 3 - Intro - Programming cycle
Link	NOC : Introduction to programming in C	Lecture 4 - Intro - Tracing a simple program
Link	NOC : Introduction to programming in C	Lecture 5 - Intro - Variables
Link	NOC : Introduction to programming in C	Lecture 6 - Intro - Operators
Link	NOC : Introduction to programming in C	Lecture 7 - Loops - While
Link	NOC : Introduction to programming in C	Lecture 8 - Loops - While example
Link	NOC : Introduction to programming in C	Lecture 9 - Loops - While GCD example
Link	NOC : Introduction to programming in C	Lecture 10 - Loops - Longest 1
Link	NOC : Introduction to programming in C	Lecture 11 - Loops - Longest 2
Link	NOC : Introduction to programming in C	Lecture 12 - Loops - Longest 3
Link	NOC : Introduction to programming in C	Lecture 13 - Loops - Do-while
Link	NOC : Introduction to programming in C	Lecture 14 - Loops - Matrix using nested loops
Link	NOC : Introduction to programming in C	Lecture 15 - Loops - For
Link	NOC : Introduction to programming in C	Lecture 16 - Loops - Matrix using nested for loops
Link	NOC : Introduction to programming in C	Lecture 17 - Loops - Break statement
Link	NOC : Introduction to programming in C	Lecture 18 - Loops - Continue statement
Link	NOC : Introduction to programming in C	Lecture 19 - Loops - Continue statement example
Link	NOC : Introduction to programming in C	Lecture 20 - Data types in C
Link	NOC : Introduction to programming in C	Lecture 21 - ASCII code
Link	NOC : Introduction to programming in C	Lecture 22 - Operators Expressions Associativity
Link	NOC : Introduction to programming in C	Lecture 23 - Precedence of operators
Link	NOC : Introduction to programming in C	Lecture 24 - Expression evaluation
Link	NOC : Introduction to programming in C	Lecture 25 - Functions - Introduction
Link	NOC : Introduction to programming in C	Lecture 26 - Functions - How functions are executed
Link	NOC : Introduction to programming in C	Lecture 27 - Functions - Examples - 1
Link	NOC : Introduction to programming in C	Lecture 28 - Functions - Examples - 2
Link	NOC : Introduction to programming in C	Lecture 29 - Arrays in C
Link	NOC : Introduction to programming in C	Lecture 30 - Initializing arrays
Link	NOC : Introduction to programming in C	Lecture 31 - Initializing character arrays
Link	NOC : Introduction to programming in C	Lecture 32 - Pointers in C
Link	NOC : Introduction to programming in C	Lecture 33 - Pointer arithmetic
Link	NOC : Introduction to programming in C	Lecture 34 - Function with pointer arguments
Link	NOC : Introduction to programming in C	Lecture 35 - Example - copy a subarray
Link	NOC : Introduction to programming in C	Lecture 36 - Programming using arrays and pointers
Link	NOC : Introduction to programming in C	Lecture 37 - Sizeof operator
Link	NOC : Introduction to programming in C	Lecture 38 - Returning pointers from functions
Link	NOC : Introduction to programming in C	Lecture 39 - Example - return duplicate of a string
Link	NOC : Introduction to programming in C	Lecture 40 - Recursion - Linear Recursion
Link	NOC : Introduction to programming in C	Lecture 41 - Recursion - Linear Recursion - 2
Link	NOC : Introduction to programming in C	Lecture 42 - Recursion - Two-way Recursion
Link	NOC : Introduction to programming in C	Lecture 43 - Multidimensional Arrays
Link	NOC : Introduction to programming in C	Lecture 44 - Multidimensional Arrays and Pointers
Link	NOC : Introduction to programming in C	Lecture 45 - Multidimensional Arrays and Pointers - continued (2)
Link	NOC : Introduction to programming in C	Lecture 46 - Multidimensional Arrays and Pointers - continued (3)
Link	NOC : Introduction to programming in C	Lecture 47 - File Handling
Link	NOC : Introduction to programming in C	Lecture 48 - Some other file-handling functions
Link	NOC : Introduction to programming in C	Lecture 49 - Structures in C - 1
Link	NOC : Introduction to programming in C	Lecture 50 - Structures in C - 2
Link	NOC : Introduction to programming in C	Lecture 51 - Singly Linked Lists
Link	NOC : Introduction to programming in C	Lecture 52 - Doubly Linked Lists - introduction
Link	NOC : Introduction to programming in C	Lecture 53 - Organizing code into multiple files - 1
Link	NOC : Introduction to programming in C	Lecture 54 - Organizing code into multiple files - 2
Link	NOC : Introduction to programming in C	Lecture 55 - Pre and post increment
Link	NOC : Introduction to programming in C	Lecture 56 - Doubly Linked Lists - Introduction
Link	NOC : Introduction to programming in C	Lecture 57 - Organizing code into multiple files - 1
Link	NOC : Introduction to programming in C	Lecture 58 - Organizing code into multiple files - 2
Link	NOC : Introduction to programming in C	Lecture 59 - Pre and post increment operators
Link	NOC:Fundamentals of Database Systems	Lecture 1 - Introduction to Databases
Link	NOC:Fundamentals of Database Systems	Lecture 2 - Relational Data Model
Link	NOC:Fundamentals of Database Systems	Lecture 3 - Relational Algebra Basic Operators
Link	NOC:Fundamentals of Database Systems	Lecture 4 - Relational Algebra Composition of Operators
Link	NOC:Fundamentals of Database Systems	Lecture 5 - Relational Algebra Additional Operators
Link	NOC:Fundamentals of Database Systems	Lecture 6 - Relational Algebra Extended Relational Algebra
Link	NOC:Fundamentals of Database Systems	Lecture 7 - Relational Algebra: Database Modifications
Link	NOC:Fundamentals of Database Systems	Lecture 8 - SQL: Introduction and Data Definition
Link	NOC:Fundamentals of Database Systems	Lecture 9 - SQL: Basic Queries
Link	NOC:Fundamentals of Database Systems	Lecture 10 - SQL: Advanced Queries
Link	NOC:Fundamentals of Database Systems	Lecture 11 - SQL: Updates, Joins, Views and Triggers
Link	NOC:Fundamentals of Database Systems	Lecture 12 - Normalization Theory: Motivation
Link	NOC:Fundamentals of Database Systems	Lecture 13 - Normalization Theory: 1 NF and 2NF
Link	NOC:Fundamentals of Database Systems	Lecture 14 - Normalization Theory: 3NF
Link	NOC:Fundamentals of Database Systems	Lecture 15 - Normalization Theory: BCNF
Link	NOC:Fundamentals of Database Systems	Lecture 16 - Normalization Theory: MVD
Link	NOC:Fundamentals of Database Systems	Lecture 17 - Physical Design
Link	NOC:Fundamentals of Database Systems	Lecture 18 - Database Indexing: Hashing
Link	NOC:Fundamentals of Database Systems	Lecture 19 - Database Indexing: Tree-based Indexing
Link	NOC:Fundamentals of Database Systems	Lecture 20 - Query Processing: Selection
Link	NOC:Fundamentals of Database Systems	Lecture 21 - Query Processing: Sorting
Link	NOC:Fundamentals of Database Systems	Lecture 22 - Query Processing: Nested-Loop joins and Merge join
Link	NOC:Fundamentals of Database Systems	Lecture 23 - Query Processing: Hash join and other Operations
Link	NOC:Fundamentals of Database Systems	Lecture 24 - Query Optimization: Equivalent Expressions and Simple Equivalance Rules
Link	NOC:Fundamentals of Database Systems	Lecture 25 - Query Optimization: Complex Equivalence Rules
Link	NOC:Fundamentals of Database Systems	Lecture 26 - Query Optimization: Join Order
Link	NOC:Fundamentals of Database Systems	Lecture 27 - Query Optimization: Heuristics and Sizes
Link	NOC:Fundamentals of Database Systems	Lecture 28 - Database Transactions: Properties and Failures
Link	NOC:Fundamentals of Database Systems	Lecture 29 - Database Transactions: States and Systems
Link	NOC:Fundamentals of Database Systems	Lecture 30 - Recovery Systems: Deferred Database Modification
Link	NOC:Fundamentals of Database Systems	Lecture 31 - Recovery Systems: Immediate Database Modification.
Link	NOC:Fundamentals of Database Systems	Lecture 32 - Recovery Systems: Checkpointing and Shadow Paging
Link	NOC:Fundamentals of Database Systems	Lecture 33 - Schedules: Introduction
Link	NOC:Fundamentals of Database Systems	Lecture 34 - Schedules: Conflict Serializability
Link	NOC:Fundamentals of Database Systems	Lecture 35 - Schedules: View Serializability
Link	NOC:Fundamentals of Database Systems	Lecture 36 - Schedules: Result Equivalence and Testing for Serializability
Link	NOC:Fundamentals of Database Systems	Lecture 37 - Schedules: Recoverability
Link	NOC:Fundamentals of Database Systems	Lecture 38 - Concurrency Control: Locks
Link	NOC:Fundamentals of Database Systems	Lecture 39 - Concurrency Control: Two-phase Locking Protocol
Link	NOC:Fundamentals of Database Systems	Lecture 40 - Concurrency Control: Timestamp Ordering Protocol
Link	NOC:Fundamentals of Database Systems	Lecture 41 - Concurrency Control: Validation-based Protocol
Link	NOC:Fundamentals of Database Systems	Lecture 42 - Concurrency Control: Multiple Granularity for Locks
Link	NOC:Fundamentals of Database Systems	Lecture 43 - Concurrency Control: Deadlock Prevention and Deadlock Detection
Link	NOC:Fundamentals of Database Systems	Lecture 44 - Concurrency Control: Deadlock Recovery and Update Operations
Link	NOC:Fundamentals of Database Systems	Lecture 45 - NoSQL: Introduction and Properties
Link	NOC:Fundamentals of Database Systems	Lecture 46 - NoSQL: Columnar Families
Link	NOC:Fundamentals of Database Systems	Lecture 47 - NoSQL: Different NoSQL Systems
Link	NOC:Fundamentals of Database Systems	Lecture 48 - Big Data
Link	NOC:Theory of Computation	Lecture 1 - Introduction to Finite Automata
Link	NOC:Theory of Computation	Lecture 2 - Basic Notation and Convention, DFA Edit Lesson
Link	NOC:Theory of Computation	Lecture 3 - Example of DFAs
Link	NOC:Theory of Computation	Lecture 4 - Computation by DFA and Regular operation
Link	NOC:Theory of Computation	Lecture 5 - Introduction to Nondeterminism
Link	NOC:Theory of Computation	Lecture 6 - NFA, definition and examples
Link	NOC:Theory of Computation	Lecture 7 - Equivalence of NFA and DFA, Closure properties
Link	NOC:Theory of Computation	Lecture 8 - Regular expressions
Link	NOC:Theory of Computation	Lecture 9 - Algebraic properties, RE to NFA conversion
Link	NOC:Theory of Computation	Lecture 10 - GNFA to RE conversion
Link	NOC:Theory of Computation	Lecture 11 - More closure properties of regular languages
Link	NOC:Theory of Computation	Lecture 12 - Non-regular languages and pumping lemma
Link	NOC:Theory of Computation	Lecture 13 - Examples of non-regular languages
Link	NOC:Theory of Computation	Lecture 14 - DFA minimization
Link	NOC:Theory of Computation	Lecture 15 - Introduction to CFGs
Link	NOC:Theory of Computation	Lecture 16 - Examples of CFGs, Reg subset of CFL
Link	NOC:Theory of Computation	Lecture 17 - Parse tree, derivation, ambiguity
Link	NOC:Theory of Computation	Lecture 18 - Normal forms, Chomsky normal form
Link	NOC:Theory of Computation	Lecture 19 - Non-CFLs, pumping lemma
Link	NOC:Theory of Computation	Lecture 20 - Examples of non- CFLs
Link	NOC:Theory of Computation	Lecture 21 - Pushdown Automata
Link	NOC:Theory of Computation	Lecture 22 - Pushdown Automata - Definition and Example
Link	NOC:Theory of Computation	Lecture 23 - Pushdown Automata - Examples and Relation with CFGs
Link	NOC:Theory of Computation	Lecture 24 - Closure Properties of CFLs
Link	NOC:Theory of Computation	Lecture 25 - Deterministic Context Free Languages
Link	NOC:Theory of Computation	Lecture 26 - Turing Machine
Link	NOC:Theory of Computation	Lecture 27 - More on Turing Machine
Link	NOC:Theory of Computation	Lecture 28 - Non deterministic Turing Machine Edit Lesson
Link	NOC:Theory of Computation	Lecture 29 - Configuration Graphs
Link	NOC:Theory of Computation	Lecture 30 - Closure Properties of Decidable and Turing recognizable languages
Link	NOC:Theory of Computation	Lecture 31 - Decidability properties of Regular and Context Free Languages
Link	NOC:Theory of Computation	Lecture 32 - Undecidability
Link	NOC:Theory of Computation	Lecture 33 - More on Undecidability
Link	NOC:Theory of Computation	Lecture 34 - Reduction
Link	NOC:Theory of Computation	Lecture 35 - Applications of Reduction
Link	NOC:Theory of Computation	Lecture 36 - Rice's theorem
Link	NOC:Theory of Computation	Lecture 37 - Introduction to Computational Complexity Theory
Link	NOC:Theory of Computation	Lecture 38 - More on the class NP
Link	NOC:Theory of Computation	Lecture 39 - NP-Completeness
Link	NOC:Theory of Computation	Lecture 40 - More on NP-Completeness
Link	NOC:Modern Algebra	Lecture 1 - Groups : Introduction to abstraction
Link	NOC:Modern Algebra	Lecture 2 - Groups : Subgroups and homomorphism
Link	NOC:Modern Algebra	Lecture 3 - Groups : Isomorphism
Link	NOC:Modern Algebra	Lecture 4 - Groups : Quotienting
Link	NOC:Modern Algebra	Lecture 5 - Groups : Structure Theorem
Link	NOC:Modern Algebra	Lecture 6 - Groups : Applications
Link	NOC:Modern Algebra	Lecture 7 - Rings : Introduction
Link	NOC:Modern Algebra	Lecture 8 - Rings : Failure of Unique Factorization
Link	NOC:Modern Algebra	Lecture 9 - Rings : Birth of Ideals
Link	NOC:Modern Algebra	Lecture 10 - Rings : Ideal Arithmetic
Link	NOC:Modern Algebra	Lecture 11 - Rings : Special Ideals
Link	NOC:Modern Algebra	Lecture 12 - Rings : Dedekind Domains
Link	NOC:Modern Algebra	Lecture 13 - Rings : Quotient Rings
Link	NOC:Modern Algebra	Lecture 14 - Fields
Link	NOC:Modern Algebra	Lecture 15 - Cauchy sequences and real numbers
Link	NOC:Modern Algebra	Lecture 16 - Properties of Fields
Link	NOC:Modern Algebra	Lecture 17 - Finite Fields
Link	NOC:Modern Algebra	Lecture 18 - Application of Fields
Link	NOC:Advanced Graph Theory	Lecture 1 - Graph Theory: Introduction
Link	NOC:Advanced Graph Theory	Lecture 2 - Paths, Cycles and Trails
Link	NOC:Advanced Graph Theory	Lecture 3 - Eulerian Circuits, Vertex Degrees and Counting
Link	NOC:Advanced Graph Theory	Lecture 4 - The Chinese Postman Problem and Graphic Sequences
Link	NOC:Advanced Graph Theory	Lecture 5 - Trees and Distance
Link	NOC:Advanced Graph Theory	Lecture 6 - Spanning Trees and Enumeration
Link	NOC:Advanced Graph Theory	Lecture 7 - Matchings and Covers
Link	NOC:Advanced Graph Theory	Lecture 8 - Independent Sets, Covers and Maximum Bipartite Matching
Link	NOC:Advanced Graph Theory	Lecture 9 - Weighted Bipartite Matching
Link	NOC:Advanced Graph Theory	Lecture 10 - Stable Matchings and Faster Bipartite Matching
Link	NOC:Advanced Graph Theory	Lecture 11 - Factors and Perfect Matching in General Graphs
Link	NOC:Advanced Graph Theory	Lecture 12 - Matching in General Graphs: Edmonds’ Blossom Algorithm
Link	NOC:Advanced Graph Theory	Lecture 13 - Connectivity and Paths: Cuts and Connectivity
Link	NOC:Advanced Graph Theory	Lecture 14 - k-Connected Graphs
Link	NOC:Advanced Graph Theory	Lecture 15 - Network Flow Problems
Link	NOC:Advanced Graph Theory	Lecture 16 - Vertex Coloring and Upper Bounds
Link	NOC:Advanced Graph Theory	Lecture 17 - Brooks’ Theorem and Color-Critical Graphs
Link	NOC:Advanced Graph Theory	Lecture 18 - Counting Proper Colorings
Link	NOC:Advanced Graph Theory	Lecture 19 - Planar Graphs
Link	NOC:Advanced Graph Theory	Lecture 20 - Characterization of Planar Graphs
Link	NOC:Advanced Graph Theory	Lecture 21 - Line Graphs and Edge-coloring
Link	NOC:Advanced Graph Theory	Lecture 22 - Hamiltonian Graph, Traveling Salesman Problem and NP-Completeness
Link	NOC:Advanced Graph Theory	Lecture 23 - Connected Dominating Set and Distributed Algorithm
Link	NOC:Cloud Computing and Distributed Systems	Lecture 1 - Introduction to Cloud Computing
Link	NOC:Cloud Computing and Distributed Systems	Lecture 2 - Virtualization
Link	NOC:Cloud Computing and Distributed Systems	Lecture 3 - Hotspot Mitigation for Virtual Machine Migration
Link	NOC:Cloud Computing and Distributed Systems	Lecture 4 - Server Virtualization
Link	NOC:Cloud Computing and Distributed Systems	Lecture 5 - Software Defined Network
Link	NOC:Cloud Computing and Distributed Systems	Lecture 6 - Geo-distributed Cloud Data Centers
Link	NOC:Cloud Computing and Distributed Systems	Lecture 7 - Leader Election in Rings (Classical Distributed Algorithms)
Link	NOC:Cloud Computing and Distributed Systems	Lecture 8 - Leader Election (Ring LE and Bully LE Algorithm)
Link	NOC:Cloud Computing and Distributed Systems	Lecture 9 - Design of Zookeeper
Link	NOC:Cloud Computing and Distributed Systems	Lecture 10 - Time and Clock Synchronization in Cloud Data Centers
Link	NOC:Cloud Computing and Distributed Systems	Lecture 11 - Global State and Snapshot Recording Algorithms
Link	NOC:Cloud Computing and Distributed Systems	Lecture 12 - Distributed Mutual Exclusion
Link	NOC:Cloud Computing and Distributed Systems	Lecture 13 - Consensus in Cloud Computing and Paxos
Link	NOC:Cloud Computing and Distributed Systems	Lecture 14 - Byzantine Agreement
Link	NOC:Cloud Computing and Distributed Systems	Lecture 15 - Failures and Recovery Approaches in Distributed Systems
Link	NOC:Cloud Computing and Distributed Systems	Lecture 16 - Design of Key-Value Stores
Link	NOC:Cloud Computing and Distributed Systems	Lecture 17 - Design of HBase
Link	NOC:Cloud Computing and Distributed Systems	Lecture 18 - Peer to Peer Systems in Cloud Computing
Link	NOC:Cloud Computing and Distributed Systems	Lecture 19 - MapReduce
Link	NOC:Cloud Computing and Distributed Systems	Lecture 20 - Introduction to Spark
Link	NOC:Cloud Computing and Distributed Systems	Lecture 21 - Introduction to Kafka
Link	NOC:Big Data Computing	Lecture 1 - Introduction to Big Data
Link	NOC:Big Data Computing	Lecture 2 - Big Data Enabling Technologies
Link	NOC:Big Data Computing	Lecture 3 - Hadoop Stack for Big Data
Link	NOC:Big Data Computing	Lecture 4 - Hadoop Distributed File System (HDFS)
Link	NOC:Big Data Computing	Lecture 5 - Hadoop MapReduce 1.0
Link	NOC:Big Data Computing	Lecture 6 - Hadoop MapReduce 2.0 - Part I
Link	NOC:Big Data Computing	Lecture 7 - Hadoop MapReduce 2.0 - Part II
Link	NOC:Big Data Computing	Lecture 8 - MapReduce Examples
Link	NOC:Big Data Computing	Lecture 9 - Parallel Programming with Spark
Link	NOC:Big Data Computing	Lecture 10 - Introduction to Spark
Link	NOC:Big Data Computing	Lecture 11 - Spark Built-in Libraries
Link	NOC:Big Data Computing	Lecture 12 - Design of Key-Value Stores
Link	NOC:Big Data Computing	Lecture 13 - Data Placement Strategies
Link	NOC:Big Data Computing	Lecture 14 - CAP Theorem
Link	NOC:Big Data Computing	Lecture 15 - Consistency Solutions
Link	NOC:Big Data Computing	Lecture 16 - CQL (Cassandra Query Language)
Link	NOC:Big Data Computing	Lecture 17 - Design of Zookeeper
Link	NOC:Big Data Computing	Lecture 18 - Design of HBase
Link	NOC:Big Data Computing	Lecture 19 - Spark Streaming and Sliding Window Analytics - Part I
Link	NOC:Big Data Computing	Lecture 20 - Spark Streaming and Sliding Window Analytics - Part II
Link	NOC:Big Data Computing	Lecture 21 - Sliding Window Analytics
Link	NOC:Big Data Computing	Lecture 22 - Introduction to Kafka
Link	NOC:Big Data Computing	Lecture 23 - Big Data Machine Learning - Part I
Link	NOC:Big Data Computing	Lecture 24 - Big Data Machine Learning - Part II
Link	NOC:Big Data Computing	Lecture 25 - Machine Learning Algorithm K-means using Map Reduce for Big Data Analytics
Link	NOC:Big Data Computing	Lecture 26 - Parallel K-means using Map Reduce on Big Data Cluster Analysis
Link	NOC:Big Data Computing	Lecture 27 - Decision Trees for Big Data Analytics
Link	NOC:Big Data Computing	Lecture 28 - Big Data Predictive Analytics - Part I
Link	NOC:Big Data Computing	Lecture 29 - Big Data Predictive Analytics - Part II
Link	NOC:Big Data Computing	Lecture 30 - Parameter Servers
Link	NOC:Big Data Computing	Lecture 31 - PageRank Algorithm in Big Data
Link	NOC:Big Data Computing	Lecture 32 - Spark GraphX and Graph Analytics - Part I
Link	NOC:Big Data Computing	Lecture 33 - Spark GraphX and Graph Analytics - Part II
Link	NOC:Big Data Computing	Lecture 34 - Case Study: Flight Data Analysis using Spark GraphX
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 1
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 2
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 3
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 4
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 5
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 6
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 7
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 8
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 9
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 10
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 11
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 12
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 13
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 14
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 15
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 16
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 17
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 18
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 19
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 20
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 21
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 22
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 23
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 24
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 25
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 26
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 27
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 28
Link	NOC:Introduction to Blockchain Technology and Applications	Lecture 29
Link	NOC:Arithmetic Circuit Complexity	Lecture 1 - Turing Machines and Introduction to Arithmetic Circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 2 - Arithmetic complexity classes
Link	NOC:Arithmetic Circuit Complexity	Lecture 3 - Determinant is in VP
Link	NOC:Arithmetic Circuit Complexity	Lecture 4 - Determinant vs Arithmetic Branching Programs (ABP)
Link	NOC:Arithmetic Circuit Complexity	Lecture 5 - Determinant as signed sum of clow sequence
Link	NOC:Arithmetic Circuit Complexity	Lecture 6 - Determinant has small ABP and Strassen's homogenization
Link	NOC:Arithmetic Circuit Complexity	Lecture 7 - Depth reduction for arithmetic formulas
Link	NOC:Arithmetic Circuit Complexity	Lecture 8 - Depth reduction for arithmetic circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 9 - Depth 4 reduction
Link	NOC:Arithmetic Circuit Complexity	Lecture 10 - Depth 3 reduction
Link	NOC:Arithmetic Circuit Complexity	Lecture 11 - Equivalence of Formulas and Width 3 ABP
Link	NOC:Arithmetic Circuit Complexity	Lecture 12 - Width-2 ABP Chasm
Link	NOC:Arithmetic Circuit Complexity	Lecture 13 - Grigoriev-Karpinski Measure
Link	NOC:Arithmetic Circuit Complexity	Lecture 14 - Lower Bound of Depth-3 circuit over finite fields
Link	NOC:Arithmetic Circuit Complexity	Lecture 15 - Lower Bound for depth 3 Multilinear Circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 16 - Lower Bound for Constant depth Multilinear Circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 17 - Structural lemma for constant depth multilinear circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 18 - Extending the proof for multilinear formulas
Link	NOC:Arithmetic Circuit Complexity	Lecture 19 - Shifted Partial Derivative Measure
Link	NOC:Arithmetic Circuit Complexity	Lecture 20 - Exponential Lower Bound for General depth-4 CIrcuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 21 - Lower Bound on Homogeneous Depth-4 circuits
Link	NOC:Arithmetic Circuit Complexity	Lecture 22 - Introduction to PIT
Link	NOC:Arithmetic Circuit Complexity	Lecture 23 - Hitting Set and Hitting Set Generator
Link	NOC:Arithmetic Circuit Complexity	Lecture 24 - PIT vs Lower Bounds
Link	NOC:Computational Complexity Theory	Lecture 1 - Introduction
Link	NOC:Computational Complexity Theory	Lecture 2 - NP Completeness
Link	NOC:Computational Complexity Theory	Lecture 3 - SAT is NP-complete
Link	NOC:Computational Complexity Theory	Lecture 4 - More on NP completeness
Link	NOC:Computational Complexity Theory	Lecture 5 - Hierarchy Theorems
Link	NOC:Computational Complexity Theory	Lecture 6 - Introduction to Space Complexity
Link	NOC:Computational Complexity Theory	Lecture 7 - Savitch’s Theorem
Link	NOC:Computational Complexity Theory	Lecture 8 - Immerman-Szelepscenyi Theorem
Link	NOC:Computational Complexity Theory	Lecture 9 - Polynomial Hierarchy
Link	NOC:Computational Complexity Theory	Lecture 10 - A PSPACE Complete Problem
Link	NOC:Computational Complexity Theory	Lecture 11 - More on Polynomial Hierarchy
Link	NOC:Computational Complexity Theory	Lecture 12 - Alternating Turing Machines
Link	NOC:Computational Complexity Theory	Lecture 13 - Equivalence of Quantifier and Oracle Based Definitions of Polynomial Hierarchy
Link	NOC:Computational Complexity Theory	Lecture 14 - Boolean Circuits
Link	NOC:Computational Complexity Theory	Lecture 15 - Shannon’s Theorem and Karp-Lipton-Sipser Theorem
Link	NOC:Computational Complexity Theory	Lecture 16 - Bounded Depth Circuit Classes
Link	NOC:Computational Complexity Theory	Lecture 17 - Kannan’s Theorem
Link	NOC:Computational Complexity Theory	Lecture 18 - Probabilistic Complexity
Link	NOC:Computational Complexity Theory	Lecture 19 - StrongBPP and WeakBPP
Link	NOC:Computational Complexity Theory	Lecture 20 - One-sided and Zero-sided Error Probabilistic Complexity Classes
Link	NOC:Computational Complexity Theory	Lecture 21 - Error Reduction for BPP
Link	NOC:Computational Complexity Theory	Lecture 22 - BPP in PH and Logspace Randomized Classes
Link	NOC:Computational Complexity Theory	Lecture 23 - Valiant-Vazirani Theorem - I
Link	NOC:Computational Complexity Theory	Lecture 24 - Valiant-Vazirani Theorem - II
Link	NOC:Computational Complexity Theory	Lecture 25 - Amplified version of Valiant-Vazirani Theorem
Link	NOC:Computational Complexity Theory	Lecture 26 - Toda’s Theorem - I
Link	NOC:Computational Complexity Theory	Lecture 27 - Toda’s Theorem - II
Link	NOC:Computational Complexity Theory	Lecture 28 - Permanent and Determinant Functions
Link	NOC:Computational Complexity Theory	Lecture 29 - Permanent is hard for #P
Link	NOC:Computational Complexity Theory	Lecture 30 - Interactive Proofs
Link	NOC:Computational Complexity Theory	Lecture 31 - Graph Non-Isomorphism is in IP[2]
Link	NOC:Computational Complexity Theory	Lecture 32 - Set Lower Bound Protocol
Link	NOC:Computational Complexity Theory	Lecture 33 - MA is in AM
Link	NOC:Computational Complexity Theory	Lecture 34 - Sumcheck Protocol - I
Link	NOC:Computational Complexity Theory	Lecture 35 - Sumcheck Protocol - II
Link	NOC:Computational Complexity Theory	Lecture 36 - Parity not in AC0 - I
Link	NOC:Computational Complexity Theory	Lecture 37 - Parity not in AC0 - II
Link	NOC:Computational Complexity Theory	Lecture 38 - Circuits with Counters
Link	NOC:Computational Complexity Theory	Lecture 39 - Communication Complexity - I
Link	NOC:Computational Complexity Theory	Lecture 40 - PCP Theorem
Link	NOC:Computational Complexity Theory	Lecture 41 - Communication Complexity - II
Link	NOC:Randomized Methods in Complexity	Lecture 1 - Course Outline
Link	NOC:Randomized Methods in Complexity	Lecture 2 - Circuits and Polynomial Identity Testing
Link	NOC:Randomized Methods in Complexity	Lecture 3 - Derandomization and Lower Bounds
Link	NOC:Randomized Methods in Complexity	Lecture 4 - IP=PSPACE
Link	NOC:Randomized Methods in Complexity	Lecture 5 - ACC0 Lower Bounds
Link	NOC:Randomized Methods in Complexity	Lecture 6 - ACC0 Lower Bounds (Continued...)
Link	NOC:Randomized Methods in Complexity	Lecture 7 - Monotone Circuits
Link	NOC:Randomized Methods in Complexity	Lecture 8 - Monotone Circuit Lower Bound and Sunflower Lemma
Link	NOC:Randomized Methods in Complexity	Lecture 9 - Undirected Graph Connectivity in randomized logspace
Link	NOC:Randomized Methods in Complexity	Lecture 10 - Graph Expansion Properties
Link	NOC:Randomized Methods in Complexity	Lecture 11 - Expanders
Link	NOC:Randomized Methods in Complexity	Lecture 12 - Error Reduction using Expanders
Link	NOC:Randomized Methods in Complexity	Lecture 13 - Ajtai-Komlos-Szemeredi Theorem
Link	NOC:Randomized Methods in Complexity	Lecture 14 - Explicit construction of expanders and Zig-Zag product
Link	NOC:Randomized Methods in Complexity	Lecture 15 - Spectral analysis of Zig-Zag product
Link	NOC:Randomized Methods in Complexity	Lecture 16 - Undirected Path in logspace
Link	NOC:Randomized Methods in Complexity	Lecture 17 - Explicit Prg to derandomizing classes
Link	NOC:Randomized Methods in Complexity	Lecture 18 - Hardness vs Randomness
Link	NOC:Randomized Methods in Complexity	Lecture 19 - Hardness to NW-Generator to PRG
Link	NOC:Randomized Methods in Complexity	Lecture 20 - Partial derandomization from worst-case hardness of permanent
Link	NOC:Randomized Methods in Complexity	Lecture 21 - Error-correcting codes
Link	NOC:Randomized Methods in Complexity	Lecture 22 - Introduction to various linear explicit codes
Link	NOC:Randomized Methods in Complexity	Lecture 23 - Introduction of efficient decoding
Link	NOC:Randomized Methods in Complexity	Lecture 24 - Local decoding of WH, Reed-Muller and Concatenated codes
Link	NOC:Randomized Methods in Complexity	Lecture 25 - Introduction to List Decoding
Link	NOC:Randomized Methods in Complexity	Lecture 26 - Local List decoding of WH, RM
Link	NOC:Probability for Computer Science	Lecture 1 - Introductory examples
Link	NOC:Probability for Computer Science	Lecture 2 - Examples and Course outline
Link	NOC:Probability for Computer Science	Lecture 3 - Probability over discrete space
Link	NOC:Probability for Computer Science	Lecture 4 - Inclusion-Exclusion principle
Link	NOC:Probability for Computer Science	Lecture 5 - Probability over infinite space
Link	NOC:Probability for Computer Science	Lecture 6 - Conditional probability, Partition formula
Link	NOC:Probability for Computer Science	Lecture 7 - Independent events, Bayes theorem
Link	NOC:Probability for Computer Science	Lecture 8 - Fallacies, Random variables
Link	NOC:Probability for Computer Science	Lecture 9 - Expection
Link	NOC:Probability for Computer Science	Lecture 10 - Conditional Expectation
Link	NOC:Probability for Computer Science	Lecture 11 - Important Random Variables
Link	NOC:Probability for Computer Science	Lecture 12 - Continuous Random Variables
Link	NOC:Probability for Computer Science	Lecture 13 - Equality Checking, Poisson Distribution
Link	NOC:Probability for Computer Science	Lecture 14 - Concentration Inequivalities, Variance
Link	NOC:Probability for Computer Science	Lecture 15 - Weak Linearity of Variance, Law of Large Numbers
Link	NOC:Probability for Computer Science	Lecture 16 - Chernoff's Bound. K-wise Independence
Link	NOC:Probability for Computer Science	Lecture 17 - Union and Factorial Estimates
Link	NOC:Probability for Computer Science	Lecture 18 - Stochastic Process: Markov Chains
Link	NOC:Probability for Computer Science	Lecture 19 - Drunkard's walk, Evolution of Markov Chains
Link	NOC:Probability for Computer Science	Lecture 20 - Stationary Distribution
Link	NOC:Probability for Computer Science	Lecture 21 - Perron-Frobenius Theorem, Page Rank Algorithm
Link	NOC:Probability for Computer Science	Lecture 22 - Page Rank Algorithm: Ergodicity
Link	NOC:Probability for Computer Science	Lecture 23 - Cell Genetics
Link	NOC:Probability for Computer Science	Lecture 24 - Random Sampling
Link	NOC:Probability for Computer Science	Lecture 25 - Biased Coin Tosses, Hashing
Link	NOC:Probability for Computer Science	Lecture 26 - Hashing, Introduction to Probabilistic Methods
Link	NOC:Probability for Computer Science	Lecture 27 - Ramsey Numbers, Large Cuts in Graphcs
Link	NOC:Probability for Computer Science	Lecture 28 - Sum Free Subsets, Discrepancy
Link	NOC:Probability for Computer Science	Lecture 29 - Extremal Set Families
Link	NOC:Probability for Computer Science	Lecture 30 - Super Concentrators
Link	NOC:Probability for Computer Science	Lecture 31 - Streaming Algorithms - I
Link	NOC:Probability for Computer Science	Lecture 32 - Streaming Algorithms - II
Link	NOC:Circuit Complexity Theory	Lecture 1 - Introduction
Link	NOC:Circuit Complexity Theory	Lecture 2 - Standard Bounds
Link	NOC:Circuit Complexity Theory	Lecture 3 - Shannon's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 4 - Riordon-Shannon Theorem
Link	NOC:Circuit Complexity Theory	Lecture 5 - Khrapchenko's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 6 - Proof of Khrapchenko's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 7 - Application of Khrapchenko's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 8 - Nechiporuk's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 9 - Application of Nechiporuk's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 10 - Subbotovskaya's Theorem - I
Link	NOC:Circuit Complexity Theory	Lecture 11 - Subbotovskaya's Theorem - II
Link	NOC:Circuit Complexity Theory	Lecture 12 - Applications of Subbotovskaya's Theorem
Link	NOC:Circuit Complexity Theory	Lecture 13 - Upper and Lower Bounds on the Andreev Function
Link	NOC:Circuit Complexity Theory	Lecture 14 - Upper and Lower Bounds on the Andreev Function
Link	NOC:Circuit Complexity Theory	Lecture 15 - Polynomial Size Monotone Formula for MAJORITY (Valiant's Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 16 - Circuits for Addition - Ripple Adder and Carry Lookahead Adder
Link	NOC:Circuit Complexity Theory	Lecture 17 - Circuits for Addition - Parallel Prefix Sum Method
Link	NOC:Circuit Complexity Theory	Lecture 18 - Circuits for Iterated Addition and Multiplication
Link	NOC:Circuit Complexity Theory	Lecture 19 - Bounded Depth Circuit Classes
Link	NOC:Circuit Complexity Theory	Lecture 20 - Basic Circuit for Division using Newton-Raphson Method
Link	NOC:Circuit Complexity Theory	Lecture 21 - Division in NC1 (Beame, Cook, Hoover Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 22 - Division in NC1 (Beame, Cook, Hoover Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 23 - Division in NC1 (Beame, Cook, Hoover Theorem) - III
Link	NOC:Circuit Complexity Theory	Lecture 24 - Division in NC1 (Beame, Cook, Hoover Theorem) - IV
Link	NOC:Circuit Complexity Theory	Lecture 25 - Division in NC1 (Beame, Cook, Hoover Theorem) - V
Link	NOC:Circuit Complexity Theory	Lecture 26 - Division in NC1 (Beame, Cook, Hoover Theorem) - VI
Link	NOC:Circuit Complexity Theory	Lecture 27 - Relation between Bounded Depth Circuit Classes and Uniform Complexity Classes - I
Link	NOC:Circuit Complexity Theory	Lecture 28 - Relation between Bounded Depth Circuit Classes and Uniform Complexity Classes - II
Link	NOC:Circuit Complexity Theory	Lecture 29 - Reducing Circuit Depth
Link	NOC:Circuit Complexity Theory	Lecture 30 - P is in P/poly
Link	NOC:Circuit Complexity Theory	Lecture 31 - Discussion on Lower Circuit Bounds for Bounded Depth Circuit Classes
Link	NOC:Circuit Complexity Theory	Lecture 32 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 33 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 34 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - III
Link	NOC:Circuit Complexity Theory	Lecture 35 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - IV
Link	NOC:Circuit Complexity Theory	Lecture 36 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - V
Link	NOC:Circuit Complexity Theory	Lecture 37 - Monotone Circuit Lower Bound for Clique (Razborov's Theorem) - VI
Link	NOC:Circuit Complexity Theory	Lecture 38 - Circuit Lower Bound for Parity by Approximating Circuits using Polynomials (Razborov-Smolensky Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 39 - Circuit Lower Bound for Parity by Approximating Circuits using Polynomials (Razborov-Smolensky Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 40 - Circuit Lower Bound for Parity by Approximating Circuits using Polynomials (Razborov-Smolensky Theorem) - III
Link	NOC:Circuit Complexity Theory	Lecture 41 - Circuit Lower Bound for Parity using Switching Lemma (Hastad's Theorem)
Link	NOC:Circuit Complexity Theory	Lecture 42 - Circuit Lower Bound for Parity using Switching Lemma (Hastad's Theorem)
Link	NOC:Circuit Complexity Theory	Lecture 43 - Circuit Lower Bound for Parity using Switching Lemma (Hastad's Theorem)
Link	NOC:Circuit Complexity Theory	Lecture 44 - Proof of Hastad's Switching Lemma - I
Link	NOC:Circuit Complexity Theory	Lecture 45 - Proof of Hastad's Switching Lemma - II
Link	NOC:Circuit Complexity Theory	Lecture 46 - Communication Complexity of a Function
Link	NOC:Circuit Complexity Theory	Lecture 47 - Relation Between Communication Complexity and Circuit Depth (Karchmer-Wigderson Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 48 - Relation Between Communication Complexity and Circuit Depth (Karchmer-Wigderson Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 49 - Bounded Width Branching Programs = NC1 (Barrington's Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 50 - Bounded Width Branching Programs = NC1 (Barrington's Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 51 - Width 3 Branching Programs = MOD3 o MOD2 Circuits (Barrington's Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 52 - Width 3 Branching Programs = MOD3 o MOD2 Circuits (Barrington's Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 53 - Uniform AC0 can be simulated by depth 3 Threshold circuits of quasipolynomial size (Allender-Hertramph Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 54 - Uniform AC0 can be simulated by depth 3 Threshold circuits of quasipolynomial size (Allender-Hertramph Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 55 - Valient-Vazirani Theorem - I
Link	NOC:Circuit Complexity Theory	Lecture 56 - Valient-Vazirani Theorem - II
Link	NOC:Circuit Complexity Theory	Lecture 57 - Natural Proof Barrier (Razborov-Rudich Theorem) - I
Link	NOC:Circuit Complexity Theory	Lecture 58 - Natural Proof Barrier (Razborov-Rudich Theorem) - II
Link	NOC:Circuit Complexity Theory	Lecture 59 - Pseudorandom Function Generator by Goldreich, Goldwasser and Micali - I
Link	NOC:Circuit Complexity Theory	Lecture 60 - Pseudorandom Function Generator by Goldreich, Goldwasser and Micali - II
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 1 - Introduction to Edge Computing
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 2 - Introduction to Cloud
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 3 - Introduction to IoT Platform
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 4 - Time and Clock Synchronization in IoT
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 5 - Enabling Intelligence at Edge Layer for IoT
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 6 - ML-based Image Classifier at IoT-Edge
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 7 - Introduction to Docker Containers and Kubernetes
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 8 - ML based Predictive Maintenance at IoT Edge
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 9 - Deep Reinforcement Learning for Cloud Edge
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 10 - Deep Reinforcement Learning for Cloud Edge Example
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 11 - Public Cloud Services Case Study of AWS Services
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 12 - Mathematical formulations for task offloading in Edge Cloud
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 13 - Task Offloading Based on LSTM Prediction and Deep Reinforcement Learning
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 14 - Vertical and Horizontal Offloading for Cloud Edge
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 15 - Global State and Snapshot Recording Algorithms
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 16 - Hot Data Analytics for Real Time Streaming in IoT Platform
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 17 - Introduction to MQTT and Kafka in IoT Platform
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 18 - Introduction to Edge Data Center for IoT Platform
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 19 - Design of Key Value Stores for IoT Edge Storage
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 20 - Introduction to Edge ML with AWS IoT platform
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 21 - Introduction to Federated Learning at IoT Edge
Link	NOC:Foundation of Cloud IoT Edge ML	Lecture 22 - ML for Autonomous Driving Car
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 1 - Linear Programming, an Example
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 2 - Introduction to Linear Programming
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 3 - Gaussian Elimination with Examples
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 4 - Summary of Gaussian Elimination
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 5 - Vector Space over real numbers
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 6 - Linear Operators
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 7 - Solutions of Linear Equations
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 8 - Resource Allocation as LP
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 9 - Approximate Degree as LP
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 10 - Equivalent LP's
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 11 - Introduction to Convexity
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 12 - Different Kind of Convex Sets
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 13 - Feasible Region of LP
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 14 - Proof of Weyl's Theorem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 15 - Definition of Convex Functions
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 16 - Properties of Convex Functions and Examples
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 17 - Basic Feasible Solution
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 18 - BFS and Vertices
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 19 - Simplex Algorithm
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 20 - Details of Simplex Algorithm
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 21 - Starting BFS
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 22 - Degeneracy
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 23 - Introduction to Duality
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 24 - Hyperplane Separation Theorems
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 25 - Farkas Lemma
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 26 - How to take dual
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 27 - Examples of taking dual
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 28 - Strong Duality
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 29 - Proof of Strong Duality
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 30 - Complementary Slackness
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 31 - Introduction to Algorithmic Game Theory
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 32 - Nash Equilibrium
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 33 - Minimax and Nash Equilibrium
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 34 - Deterministic Communication Complexity
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 35 - Randomized Communication Complexity
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 36 - Yao's Minimax Theorem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 37 - Lower bounds using Yao's Minimax
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 38 - Set Disjointness Problem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 39 - LP for mass flow problem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 40 - LP for min cut problem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 41 - Max flow = Min cut
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 42 - Primal dual approach
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 43 - Primal dual for max flow
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 44 - Set cover problem
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 45 - Rounding for set cover
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 46 - Analysis of Rounding
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 47 - Algorithm for Set Cover
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 48 - Linear Regression through LP
Link	NOC:Linear Programming and its Applications to Computer Science	Lecture 49 - Linear Classifiers through LP
Link	NOC:Basics of Computational Complexity	Lecture 1 - Introduction
Link	NOC:Basics of Computational Complexity	Lecture 2 - Outline
Link	NOC:Basics of Computational Complexity	Lecture 3 - Formalize Problems and Machines
Link	NOC:Basics of Computational Complexity	Lecture 4 - Turing Machine
Link	NOC:Basics of Computational Complexity	Lecture 5 - Asymptotics, Church-Turing Thesis and UTM
Link	NOC:Basics of Computational Complexity	Lecture 6 - Halting Problem and Diagonalization
Link	NOC:Basics of Computational Complexity	Lecture 7 - Classes P, NP, EXP
Link	NOC:Basics of Computational Complexity	Lecture 8 - Comparison of Classes and Non-determination
Link	NOC:Basics of Computational Complexity	Lecture 9 - NP Vs Ntime
Link	NOC:Basics of Computational Complexity	Lecture 10 - SAT is NP-hard
Link	NOC:Basics of Computational Complexity	Lecture 11 - Cook-Levin Theorem
Link	NOC:Basics of Computational Complexity	Lecture 12 - NP-Hardness and Co-Classes
Link	NOC:Basics of Computational Complexity	Lecture 13 - NEXP and Godel's Computation Question
Link	NOC:Basics of Computational Complexity	Lecture 14 - Time, Space Hierarchy
Link	NOC:Basics of Computational Complexity	Lecture 15 - NDTM Hierarchy
Link	NOC:Basics of Computational Complexity	Lecture 16 - Ladner's Theorem and Introduction to Oracles
Link	NOC:Basics of Computational Complexity	Lecture 17 - Oracle and Relativizing Proofs
Link	NOC:Basics of Computational Complexity	Lecture 18 - Non Relativizing P=NP and Introduction to Space Complexity
Link	NOC:Basics of Computational Complexity	Lecture 19 - PSpace Completeness
Link	NOC:Basics of Computational Complexity	Lecture 20 - QBF Game and NSpace
Link	NOC:Basics of Computational Complexity	Lecture 21 - NL Complete
Link	NOC:Basics of Computational Complexity	Lecture 22 - NL = coNL
Link	NOC:Basics of Computational Complexity	Lecture 23 - Polynomial Hierarchy
Link	NOC:Basics of Computational Complexity	Lecture 24 - Polynomial Hierarchy
Link	NOC:Basics of Computational Complexity	Lecture 25 - PH Complete and Oracle TM
Link	NOC:Basics of Computational Complexity	Lecture 26 - NP^NP and #SAT
Link	NOC:Basics of Computational Complexity	Lecture 27 - Counting Classes #P and PP
Link	NOC:Basics of Computational Complexity	Lecture 28 - Permanent and its Cycle cover of a Graph
Link	NOC:Basics of Computational Complexity	Lecture 29 - #P-Complete: Graph Gadgets
Link	NOC:Basics of Computational Complexity	Lecture 30 - #P-Hard: Analyse XOR
Link	NOC:Basics of Computational Complexity	Lecture 31 - Valient-Vazirani Lemma and Hashing
Link	NOC:Basics of Computational Complexity	Lecture 32 - SAT to Parity-SAT
Link	NOC:Basics of Computational Complexity	Lecture 33 - Parity Quantification
Link	NOC:Basics of Computational Complexity	Lecture 34 - Randomized Reduction of PH to Parity-P
Link	NOC:Basics of Computational Complexity	Lecture 35 - PH to #P
Link	NOC:Basics of Computational Complexity	Lecture 36 - Probabilistic TM
Link	NOC:Basics of Computational Complexity	Lecture 37 - Example of PTM and Introduction to RP and ZPP
Link	NOC:Basics of Computational Complexity	Lecture 38 - ZPP = RP and coRP
Link	NOC:Basics of Computational Complexity	Lecture 39 - Probability Amplification
Link	NOC:Basics of Computational Complexity	Lecture 40 - BPP in PH
Link	NOC:Basics of Computational Complexity	Lecture 41 - GNI is in BP.NP
Link	NOC:Basics of Computational Complexity	Lecture 42 - GI is NP-hard
Link	NOC:Basics of Computational Complexity	Lecture 43 - GI is NP-hard (Continued...) Going Beyond TMs
Link	NOC:Basics of Computational Complexity	Lecture 44 - Circuit Complexity
Link	NOC:Basics of Computational Complexity	Lecture 45 - TM with Advice - P/poly
Link	NOC:Basics of Computational Complexity	Lecture 46 - Circuits for NP and EXP
Link	NOC:Basics of Computational Complexity	Lecture 47 - Parallel Computation
Link	NOC:Basics of Computational Complexity	Lecture 48 - P-completeness and NEXP-completeness
Link	NOC:Edge Computing	Lecture 1 - Overview of Cloud Computing
Link	NOC:Edge Computing	Lecture 2 - Cloud Computing and its Limitation to Support Low Latency and RTT
Link	NOC:Edge Computing	Lecture 3 - Introduction to Edge Computing
Link	NOC:Edge Computing	Lecture 4 - Edge Computing Paradigms - 004
Link	NOC:Edge Computing	Lecture 5 - Overview of Virtualization
Link	NOC:Edge Computing	Lecture 6 - Docker Containers
Link	NOC:Edge Computing	Lecture 7 - Kubernetes
Link	NOC:Edge Computing	Lecture 8 - NoSQL Databases and Key Value Stores
Link	NOC:Edge Computing	Lecture 9 - Edge AI Intelligence at the Edge
Link	NOC:Edge Computing	Lecture 10 - Edge AI Intelligence at the Edge
Link	NOC:Edge Computing	Lecture 11 - Mobile Edge Computing
Link	NOC:Edge Computing	Lecture 12 - Geo-distributed Data Centers
Link	NOC:Edge Computing	Lecture 13 - Time and Clock Synchronization
Link	NOC:Edge Computing	Lecture 14 - Edge Computing Security and Privacy
Link	NOC:Edge Computing	Lecture 15 - Network Virtualization
Link	NOC:Edge Computing	Lecture 16 - Resource Allocation in Private and Public Edge-Cloud Systems
Link	Cryptography and Network Security	Lecture 1 - Introduction
Link	Cryptography and Network Security	Lecture 2 - Overview on Modern Cryptography
Link	Cryptography and Network Security	Lecture 3 - Introduction to Number Theory
Link	Cryptography and Network Security	Lecture 4 - Probability and Information Theory
Link	Cryptography and Network Security	Lecture 5 - Classical Cryptosystems
Link	Cryptography and Network Security	Lecture 6 - Cryptanalysis of Classical Ciphers
Link	Cryptography and Network Security	Lecture 7 - Shannons Theory
Link	Cryptography and Network Security	Lecture 8 - Shannons Theory (Continued...1)
Link	Cryptography and Network Security	Lecture 9 - Shannons Theory (Continued...2)
Link	Cryptography and Network Security	Lecture 10 - Symmetric Key Ciphers
Link	Cryptography and Network Security	Lecture 11 - Block Cipher Standards (DES)
Link	Cryptography and Network Security	Lecture 12 - Block Cipher Standards (AES)
Link	Cryptography and Network Security	Lecture 13 - Block Cipher Standards (AES) (Continued...)
Link	Cryptography and Network Security	Lecture 14 - Linear Cryptanalysis
Link	Cryptography and Network Security	Lecture 15 - Differential Cryptanalysis
Link	Cryptography and Network Security	Lecture 16 - Few other Cryptanalytic Techniques
Link	Cryptography and Network Security	Lecture 17 - Overview on S-Box Design Principles
Link	Cryptography and Network Security	Lecture 18 - Modes of Operation of Block Ciphers
Link	Cryptography and Network Security	Lecture 19 - Stream Ciphers
Link	Cryptography and Network Security	Lecture 20 - Stream Ciphers (Continued...1)
Link	Cryptography and Network Security	Lecture 21 - Stream Ciphers (Continued...2)
Link	Cryptography and Network Security	Lecture 22 - Pseudorandomness
Link	Cryptography and Network Security	Lecture 23 - Cryptographic Hash Functions
Link	Cryptography and Network Security	Lecture 24 - Cryptographic Hash Functions (Continued...1)
Link	Cryptography and Network Security	Lecture 25 - Cryptographic Hash Functions (Continued...2)
Link	Cryptography and Network Security	Lecture 26 - Message Authentication Codes
Link	Cryptography and Network Security	Lecture 27 - More Number Theoretic Results
Link	Cryptography and Network Security	Lecture 28 - The RSA Cryptosystem
Link	Cryptography and Network Security	Lecture 29 - Primality Testing
Link	Cryptography and Network Security	Lecture 30 - Factoring Algorithms
Link	Cryptography and Network Security	Lecture 31 - Some Comments on the Security of RSA
Link	Cryptography and Network Security	Lecture 32 - Discrete Logarithm Problem (DLP)
Link	Cryptography and Network Security	Lecture 33 - The Diffie-Hellman Problem and Security of ElGamal Systems
Link	Cryptography and Network Security	Lecture 34 - An Introduction to Elliptic Curve Cryptography
Link	Cryptography and Network Security	Lecture 35 - Application of Elliptic Curves to Cryptography
Link	Cryptography and Network Security	Lecture 36 - Implementation of Elliptic Curve Cryptography
Link	Cryptography and Network Security	Lecture 37 - Secret Sharing Schemes
Link	Cryptography and Network Security	Lecture 38 - A Tutorial on Network Protocols
Link	Cryptography and Network Security	Lecture 39 - System Security
Link	Cryptography and Network Security	Lecture 40 - Firewalls and Intrusion Detection Systems
Link	Cryptography and Network Security	Lecture 41 - Side Channel Analysis of Cryptographic Implementations
Link	High Performance Computer Architecture	Lecture 1 - Introduction & Course Outline
Link	High Performance Computer Architecture	Lecture 2 - Performance
Link	High Performance Computer Architecture	Lecture 3 - Instruction Set Architecture
Link	High Performance Computer Architecture	Lecture 4 - MIPS ISA and Processor
Link	High Performance Computer Architecture	Lecture 5 - MIPS ISA and Processor (Continued...)
Link	High Performance Computer Architecture	Lecture 6 - Pipelining - Introduction
Link	High Performance Computer Architecture	Lecture 7 - Instruction Pipelining
Link	High Performance Computer Architecture	Lecture 8 - Pipeline Hazards
Link	High Performance Computer Architecture	Lecture 9 - Data Hazards
Link	High Performance Computer Architecture	Lecture 10 - Software Pipelining
Link	High Performance Computer Architecture	Lecture 11 - In Quest of Higher ILP
Link	High Performance Computer Architecture	Lecture 12 - In Quest of Higher ILP (Continued...)
Link	High Performance Computer Architecture	Lecture 13 - Dynamic Instruction Scheduling
Link	High Performance Computer Architecture	Lecture 14 - Dynamic Instruction Scheduling (Continued...)
Link	High Performance Computer Architecture	Lecture 15 - Control Hazards
Link	High Performance Computer Architecture	Lecture 16 - Branch Prediction
Link	High Performance Computer Architecture	Lecture 17 - Branch Prediction (Continued...)
Link	High Performance Computer Architecture	Lecture 18 - Dynamic Instruction Scheduling with Branch Prediction
Link	High Performance Computer Architecture	Lecture 19 - Hardware-based Speculation
Link	High Performance Computer Architecture	Lecture 20 - Tutorial - I
Link	High Performance Computer Architecture	Lecture 21 - Hierarchical Memory Organization
Link	High Performance Computer Architecture	Lecture 22 - Hierarchical Memory Organization (Continued...1)
Link	High Performance Computer Architecture	Lecture 23 - Hierarchical Memory Organization (Continued...2)
Link	High Performance Computer Architecture	Lecture 24 - Hierarchical Memory Organization (Continued...3)
Link	High Performance Computer Architecture	Lecture 25 - Cache Optimization Techniques (Continued...1)
Link	High Performance Computer Architecture	Lecture 26 - Cache Optimization Techniques (Continued...2)
Link	High Performance Computer Architecture	Lecture 27 - Main Memory Organization
Link	High Performance Computer Architecture	Lecture 28 - Main Memory Optimizations
Link	High Performance Computer Architecture	Lecture 29 - Virtual Memory
Link	High Performance Computer Architecture	Lecture 30 - Virtual Memory (Continued...)
Link	High Performance Computer Architecture	Lecture 31 - Virtual Machines
Link	High Performance Computer Architecture	Lecture 32 - Storage Technology
Link	High Performance Computer Architecture	Lecture 33 - Storage Technology (Continued...)
Link	High Performance Computer Architecture	Lecture 34 - Case Studies
Link	High Performance Computer Architecture	Lecture 35 - Case Studies (Continued...1)
Link	High Performance Computer Architecture	Lecture 36 - Case Studies (Continued...2)
Link	High Performance Computer Architecture	Lecture 37 - Multithreading & Multiprocessing
Link	High Performance Computer Architecture	Lecture 38 - Simultaneous Multithreading
Link	High Performance Computer Architecture	Lecture 39 - Symmetric Multiprocessors
Link	High Performance Computer Architecture	Lecture 40 - Distributed Memory Multiprocessors
Link	High Performance Computer Architecture	Lecture 41 - Cluster, Grid and Cloud Computing
Link	Low Power VLSI Circuits and Systems	Lecture 1 - Introduction & Course Outline
Link	Low Power VLSI Circuits and Systems	Lecture 2 - MOS Transistors - I
Link	Low Power VLSI Circuits and Systems	Lecture 3 - MOS Transistors - II
Link	Low Power VLSI Circuits and Systems	Lecture 4 - MOS Transistors - III
Link	Low Power VLSI Circuits and Systems	Lecture 5 - MOS Transistors - IV
Link	Low Power VLSI Circuits and Systems	Lecture 6 - MOS Inverters - I
Link	Low Power VLSI Circuits and Systems	Lecture 7 - MOS Inverters - II
Link	Low Power VLSI Circuits and Systems	Lecture 8 - MOS Inverters - III
Link	Low Power VLSI Circuits and Systems	Lecture 9 - MOS Inverters - IV
Link	Low Power VLSI Circuits and Systems	Lecture 10 - Static CMOS Circuits - I
Link	Low Power VLSI Circuits and Systems	Lecture 11 - Static CMOS Circuits - II
Link	Low Power VLSI Circuits and Systems	Lecture 12 - MOS Dynamic Circuits - I
Link	Low Power VLSI Circuits and Systems	Lecture 13 - MOS Dynamic Circuits - II
Link	Low Power VLSI Circuits and Systems	Lecture 14 - Pass Transistor Logic Circuits - I
Link	Low Power VLSI Circuits and Systems	Lecture 15 - Pass Transistor Logic Circuits - II
Link	Low Power VLSI Circuits and Systems	Lecture 16 - MOS Memories
Link	Low Power VLSI Circuits and Systems	Lecture 17 - Finite State Machines
Link	Low Power VLSI Circuits and Systems	Lecture 18 - Switching Power Dissipation
Link	Low Power VLSI Circuits and Systems	Lecture 19 - Tutorial - I
Link	Low Power VLSI Circuits and Systems	Lecture 20 - Dynamic Power Dissipation
Link	Low Power VLSI Circuits and Systems	Lecture 21 - Leakage Power Dissipation
Link	Low Power VLSI Circuits and Systems	Lecture 22 - Supply Voltage Scaling - I
Link	Low Power VLSI Circuits and Systems	Lecture 23 - Supply Voltage Scaling - II
Link	Low Power VLSI Circuits and Systems	Lecture 24 - Supply Voltage Scaling - III
Link	Low Power VLSI Circuits and Systems	Lecture 25 - Supply Voltage Scaling - IV
Link	Low Power VLSI Circuits and Systems	Lecture 26 - Tutorial - II
Link	Low Power VLSI Circuits and Systems	Lecture 27 - Minimizing Switched Capacitance - I
Link	Low Power VLSI Circuits and Systems	Lecture 28 - Minimizing Switched Capacitance - II
Link	Low Power VLSI Circuits and Systems	Lecture 29 - Minimizing Switched Capacitance - III
Link	Low Power VLSI Circuits and Systems	Lecture 30 - Minimizing Switched Capacitance - IV
Link	Low Power VLSI Circuits and Systems	Lecture 31 - Minimizing Switched Capacitance - V
Link	Low Power VLSI Circuits and Systems	Lecture 32 - Minimizing Leakage Power - I
Link	Low Power VLSI Circuits and Systems	Lecture 33 - Minimizing Leakage Power - II
Link	Low Power VLSI Circuits and Systems	Lecture 34 - Minimizing Leakage Power - III
Link	Low Power VLSI Circuits and Systems	Lecture 35 - Variation Tolerant Design
Link	Low Power VLSI Circuits and Systems	Lecture 36 - Adiabatic Logic Circuits
Link	Low Power VLSI Circuits and Systems	Lecture 37 - Battery-Driven System Design
Link	Low Power VLSI Circuits and Systems	Lecture 38 - CAD Tools for Low Power
Link	Low Power VLSI Circuits and Systems	Lecture 39 - Tutorial - III
Link	Low Power VLSI Circuits and Systems	Lecture 40 - Course Summary
Link	Real Time Systems	Lecture 1 - Introduction
Link	Real Time Systems	Lecture 2 - Real - Time System Characteristics
Link	Real Time Systems	Lecture 3 - Few Basic Issues
Link	Real Time Systems	Lecture 4 - Modelling Timing Constraints
Link	Real Time Systems	Lecture 5 - Modelling Timing Constraints (Continued.)
Link	Real Time Systems	Lecture 6 - Basics of Real - Time Task Scheduling
Link	Real Time Systems	Lecture 7 - Cyclic Scheduler
Link	Real Time Systems	Lecture 8 - Event - Driven Scheduling
Link	Real Time Systems	Lecture 9 - Rate Monotonic Scheduler
Link	Real Time Systems	Lecture 10 - RMA Scheduling : Further Issues
Link	Real Time Systems	Lecture 11 - Deadline Monotonic Scheduling and Other Issues
Link	Real Time Systems	Lecture 12 - Few Issues in Use of RMA
Link	Real Time Systems	Lecture 13 - Resource Sharing Among Real-Time Tasks
Link	Real Time Systems	Lecture 14 - Highest Locker and Priority Ceiling Protocols
Link	Real Time Systems	Lecture 15 - An Analysis of Priority Ceiling Protocol
Link	Real Time Systems	Lecture 16 - Handling Task Dependencies
Link	Real Time Systems	Lecture 17 - Real-Time Task Scheduling on Multiprocessors and Distributed Systems
Link	Real Time Systems	Lecture 18 - Real-Time Task Scheduling on Multiprocessors and Distributed Systems (Continued.)
Link	Real Time Systems	Lecture 19 - Clock Synchronization in Distributed Real-Time Systems
Link	Real Time Systems	Lecture 20 - Internal Clock Synchronization in Presence of Byzantine Clocks
Link	Real Time Systems	Lecture 21 - A Few Basic Issues in Real-Time Operating Systems
Link	Real Time Systems	Lecture 22 - Tutorial - I
Link	Real Time Systems	Lecture 23 - A Few Basic Issues in Real-Time Operating Systems (Continued.)
Link	Real Time Systems	Lecture 24 - Unix and Windows as RTOS
Link	Real Time Systems	Lecture 25 - Real - Time POSIX
Link	Real Time Systems	Lecture 26 - Real - Time POSIX (Continued.)
Link	Real Time Systems	Lecture 27 - Open Source and Commercial RTOS
Link	Real Time Systems	Lecture 28 - Open Source and Commercial RTOS (Continued.)
Link	Real Time Systems	Lecture 29 - Benchmarking Real - Time Computer & Operating Systems
Link	Real Time Systems	Lecture 30 - Benchmarking Real - Time Computer & Operating Systems (Continued.)
Link	Real Time Systems	Lecture 31 - Real - Time Communications
Link	Real Time Systems	Lecture 32 - Few Basic Issues in Real - Time Communications
Link	Real Time Systems	Lecture 33 - Review of Computer Networking
Link	Real Time Systems	Lecture 34 - Real - Time Communication in a LAN
Link	Real Time Systems	Lecture 35 - Real - Time Communication in a LAN (Continued.)
Link	Real Time Systems	Lecture 36 - Performance of Two Real -Time Communication Protocols
Link	Real Time Systems	Lecture 37 - Real - Time Communication over Packet Switched Networks
Link	Real Time Systems	Lecture 38 - Real - Time Communication over Packet Switched Networks (Continued.)
Link	Real Time Systems	Lecture 39 - Real - Time Communication over Packet Switched Networks (Continued.)
Link	Real Time Systems	Lecture 40 - Real - Time Databases
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 1 - Introduction to Artificial Intelligence
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 2 - Intelligent Agents
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 3 - State Space Search
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 4 - Uninformed Search
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 5 - Informed Search
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 6 - Informed Search - 2
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 7 - Two Players Games - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 8 - Two Players Games - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 9 - Constraint Satisfaction Problems - 1
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 10 - Constraint Satisfaction Problems - 2
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 11 - Knowledge Representation and Logic
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 12 - Interface in Propositional Logic
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 13 - First Order Logic
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 14 - Reasoning Using First Order Logic
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 15 - Resolution in FOPL
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 16 - Rule Based System
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 17 - Rule Based Systems II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 18 - Semantic Net
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 19 - Reasoning in Semantic Net
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 20 - Frames
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 21 - Planning - 1
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 22 - Planning - 2
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 23 - Planning - 3
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 24 - Planning - 4
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 25 - Rule Based Expert System
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 26 - Reasoning with Uncertainty - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 27 - Reasoning with Uncertainty - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 28 - Reasoning with Uncertainty - III
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 29 - Reasoning with Uncertainty - IV
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 30 - Fuzzy Reasoning - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 31 - Fuzzy Reasoning - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 32 - Introduction to Learning - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 33 - Introduction to Learning - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 34 - Rule Induction and Decision Trees - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 35 - Rule Induction and Decision Trees - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 36 - Learning Using neural Networks - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 37 - Learning Using Neural Networks - II
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 38 - Probabilistic Learning
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 39 - Natural Language Processing - I
Link	Artificial Intelligence (Prof. Anupam Basu)	Lecture 40 - Natural Language Processing - II
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 1 - Introduction to Artificial Intelligence
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 2 - Problem Solving by Search
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 3 - Searching with Costs
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 4 - Informed State Space Search
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 5 - Heuristic Search: A* and Beyond
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 6 - Problem Reduction Search: AND/OR Graphs
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 7 - Searching Game Trees
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 8 - Knowledge Based Systems: Logic and Deduction
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 9 - First Order Logic
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 10 - Inference in First Order Logic
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 11 - Resolution - Refutation Proofs
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 12 - Resolution Refutation Proofs
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 13 - Logic Programming : Prolog
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 14 - Prolog Programming
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 15 - Prolog: Exercising Control
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 16 - Additional Topics
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 17 - Introduction to Planning
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 18 - Partial Order Planning
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 19 - GraphPLAN and SATPlan
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 20 - SATPlan
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 21 - Reasoning under uncertainty
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 22 - Bayesian Networks
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 23 - Reasoning with Bayes Networks
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 24 - Reasoning with Bayes networks (Contd.)
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 25 - Reasoning under uncertainty: Issues
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 26 - Learning : Decision Trees
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 27 - Learning : Neural Networks
Link	Artificial Intelligence (Prof. P. Dasgupta)	Lecture 28 - Back Propagation Learning
Link	Computer Networks	Lecture 1 - Emergence of Networks & Reference Models
Link	Computer Networks	Lecture 2 - Network Topology
Link	Computer Networks	Lecture 3 - Physical Medium - I
Link	Computer Networks	Lecture 4 - Physical Medium - II
Link	Computer Networks	Lecture 5 - Multiplexing (Sharing a Medium)
Link	Computer Networks	Lecture 6 - Telecom Networks
Link	Computer Networks	Lecture 7 - Switches - I
Link	Computer Networks	Lecture 8 - Pocket Switches
Link	Computer Networks	Lecture 9 - SONET/SDH
Link	Computer Networks	Lecture 10 - Fiber Optic Components
Link	Computer Networks	Lecture 11 - Routing and Wavelength Assignment
Link	Computer Networks	Lecture 12 - Protection and Restoration
Link	Computer Networks	Lecture 13 - Multiple Access
Link	Computer Networks	Lecture 14 - Token Based Mac
Link	Computer Networks	Lecture 15 - Data Link Protocols
Link	Computer Networks	Lecture 16 - Error Control
Link	Computer Networks	Lecture 17 - Stop & Wait Protocol
Link	Computer Networks	Lecture 18 - Satellite Communication
Link	Computer Networks	Lecture 19 - Ethernet - CSMA/CD
Link	Computer Networks	Lecture 20 - Modern Ethernet
Link	Computer Networks	Lecture 21 - Local Internetworking
Link	Computer Networks	Lecture 22 - Cellular Networks
Link	Computer Networks	Lecture 23 - Wireless Network
Link	Computer Networks	Lecture 24 - ATM : Asynchronous Transfer Mode
Link	Computer Networks	Lecture 25 - ATM Signaling, Routing and LAN Emulation
Link	Computer Networks	Lecture 26 - Introduction to Routing
Link	Computer Networks	Lecture 27 - RIP - Distance Vector Routing
Link	Computer Networks	Lecture 28 - IP version 4
Link	Computer Networks	Lecture 29 - IP Version 6 & Mobile IP
Link	Computer Networks	Lecture 30 - UDP & Client Server
Link	Computer Networks	Lecture 31 - TCP
Link	Computer Networks	Lecture 32 - IP Multicasting
Link	Computer Networks	Lecture 33 - DHCP and ICMP
Link	Computer Networks	Lecture 34 - DNS & Directory
Link	Computer Networks	Lecture 35 - Congestion Control
Link	Computer Networks	Lecture 36 - QOS & Multimedia
Link	Computer Networks	Lecture 37 - Network Management
Link	Computer Networks	Lecture 38 - Security
Link	Computer Networks	Lecture 39 - FTP - SMTP
Link	Computer Networks	Lecture 40 - HTTP
Link	Data Communication	Lecture 1 - Introduction and Course Outline - Data Communication
Link	Data Communication	Lecture 2 - Layered Architecture
Link	Data Communication	Lecture 3 - Data and Signal
Link	Data Communication	Lecture 4 - Transmission Impairments and Channel Capacity
Link	Data Communication	Lecture 5 - Guided Transmission Media
Link	Data Communication	Lecture 6 - Unguided Media
Link	Data Communication	Lecture 7 - Transmission of Digital Signal - I
Link	Data Communication	Lecture 8 - Transmission of Digital Signal - II
Link	Data Communication	Lecture 9 - Transmission of Analog Signal - I
Link	Data Communication	Lecture 10 - Transmission of Analog Signal - II
Link	Data Communication	Lecture 11 - Multiplexing
Link	Data Communication	Lecture 12 - Multiplexing
Link	Data Communication	Lecture 13 - Multiplexing Applications - I
Link	Data Communication	Lecture 14 - Multiplexing Applications - II
Link	Data Communication	Lecture 15 - Interfacing to the Media
Link	Data Communication	Lecture 16 - Error Detection and Correction
Link	Data Communication	Lecture 17 - Flow and Error Control
Link	Data Communication	Lecture 18 - Data Link Control
Link	Data Communication	Lecture 19 - Switching Techniques Circuit Switching
Link	Data Communication	Lecture 20 - Switching Techniques Packet Switching
Link	Data Communication	Lecture 21 - Routing - I
Link	Data Communication	Lecture 22 - Routing - II
Link	Data Communication	Lecture 23 - Congestion Control
Link	Data Communication	Lecture 24 - X.25 and Frame Relay
Link	Data Communication	Lecture 25 - ATM
Link	Data Communication	Lecture 26 - Medium Access Control - I
Link	Data Communication	Lecture 27 - Medium Access Control - II
Link	Data Communication	Lecture 28 - Medium Access Control - III
Link	Data Communication	Lecture 29 - IEEE 802 LANs
Link	Data Communication	Lecture 30 - High Speed LANs
Link	Data Communication	Lecture 31 - Wireless LANs
Link	Data Communication	Lecture 32 - Cellular Telephone Systems
Link	Data Communication	Lecture 33 - Satellite Communications
Link	Data Communication	Lecture 34 - Internet and Internetworking
Link	Data Communication	Lecture 35 - TCP/IP - I
Link	Data Communication	Lecture 36 - TCP/IP - II
Link	Data Communication	Lecture 37 - Multimedia Networks
Link	Data Communication	Lecture 38 - Audio and Video Compression
Link	Data Communication	Lecture 39 - Multimedia Services
Link	Data Communication	Lecture 40 - Secured Communication - I
Link	Data Communication	Lecture 41 - Secured Communication - II
Link	Electronic Design Automation	Lecture 1 - Introduction
Link	Electronic Design Automation	Lecture 2 - Verilog : Part - I
Link	Electronic Design Automation	Lecture 3 - Verilog : Part - II
Link	Electronic Design Automation	Lecture 4 - Verilog : Part - III
Link	Electronic Design Automation	Lecture 5 - Verilog : Part - IV
Link	Electronic Design Automation	Lecture 6 - Verilog : Part - V
Link	Electronic Design Automation	Lecture 7 - Verilog : Part - VI
Link	Electronic Design Automation	Lecture 8 - Synthesis : Part - I
Link	Electronic Design Automation	Lecture 9 - Synthesis : Part - II
Link	Electronic Design Automation	Lecture 10 - Synthesis : Part - III
Link	Electronic Design Automation	Lecture 11 - Synthesis : Part - IV
Link	Electronic Design Automation	Lecture 12 - Synthesis : Part - V
Link	Electronic Design Automation	Lecture 13 - Synthesis : Part - VI
Link	Electronic Design Automation	Lecture 14 - Synthesis : Part - VII
Link	Electronic Design Automation	Lecture 15 - Backend Design : Part - I
Link	Electronic Design Automation	Lecture 16 - Backend Design : Part - II
Link	Electronic Design Automation	Lecture 17 - Backend Design : Part - III
Link	Electronic Design Automation	Lecture 18 - Backend Design : Part - IV
Link	Electronic Design Automation	Lecture 19 - Backend Design : Part - V
Link	Electronic Design Automation	Lecture 20 - Backend Design : Part - VI
Link	Electronic Design Automation	Lecture 21 - Backend Design : Part - VII
Link	Electronic Design Automation	Lecture 22 - Backend Design : Part - VIII
Link	Electronic Design Automation	Lecture 23 - Backend Design : Part - IX
Link	Electronic Design Automation	Lecture 24 - Backend Design : Part - X
Link	Electronic Design Automation	Lecture 25 - Backend Design : Part - XI
Link	Electronic Design Automation	Lecture 26 - Backend Design : Part - XII
Link	Electronic Design Automation	Lecture 27 - Backend Design : Part - XIII
Link	Electronic Design Automation	Lecture 28 - Backend Design : Part - XIV
Link	Electronic Design Automation	Lecture 29 - Backend Design : Part - XV
Link	Electronic Design Automation	Lecture 30 - Testing Part - I
Link	Electronic Design Automation	Lecture 31 - Testing Part - II
Link	Electronic Design Automation	Lecture 32 - Testing Part - III
Link	Electronic Design Automation	Lecture 33 - Testing Part - IV
Link	Electronic Design Automation	Lecture 34 - Testing Part - V
Link	Electronic Design Automation	Lecture 35 - Testing Part - VI
Link	Internet Technology	Lecture 1 - Introduction To Internet
Link	Internet Technology	Lecture 2 - Review Of Network Technologies
Link	Internet Technology	Lecture 3 - TCP/IP - Part-I
Link	Internet Technology	Lecture 4 - TCP/IP - Part-II
Link	Internet Technology	Lecture 5 - TCP/IP - Part-III
Link	Internet Technology	Lecture 6 - IP Subnetting and Addressing
Link	Internet Technology	Lecture 7 - Internet Routing Protocol - Part-I
Link	Internet Technology	Lecture 8 - Internet Routing Protocol - Part-II
Link	Internet Technology	Lecture 9 - Client Server Concepts DNS, Telnet, FTP
Link	Internet Technology	Lecture 10 - Electronic Mail
Link	Internet Technology	Lecture 11 - World Wide Web - Part-I
Link	Internet Technology	Lecture 12 - World Wide Web - Part-II
Link	Internet Technology	Lecture 13 - HTML : Part-I
Link	Internet Technology	Lecture 14 - HTML : Part-II
Link	Internet Technology	Lecture 15 - HTML : Part-III
Link	Internet Technology	Lecture 16 - Extensible Markup Language (XML)
Link	Internet Technology	Lecture 17 - HTML Forms
Link	Internet Technology	Lecture 18 - Image Maps
Link	Internet Technology	Lecture 19 - CGI Scripts
Link	Internet Technology	Lecture 20 - Other Technologies
Link	Internet Technology	Lecture 21 - PERL - Part-I
Link	Internet Technology	Lecture 22 - PERL - Part II
Link	Internet Technology	Lecture 23 - PERL - Part III
Link	Internet Technology	Lecture 24 - PERL - Part IV
Link	Internet Technology	Lecture 25 - Javascript : Part-I
Link	Internet Technology	Lecture 26 - Javascript Examples (Continued)
Link	Internet Technology	Lecture 27 - Using Cookies
Link	Internet Technology	Lecture 28 - Java Applets : Part-I
Link	Internet Technology	Lecture 29 - Java Applets : Part-II
Link	Internet Technology	Lecture 30 - Client-Server Programming In Java
Link	Internet Technology	Lecture 31 - Intranet, Extranet, Firewall
Link	Internet Technology	Lecture 32 - Basic Cryptographic Concepts Part - I
Link	Internet Technology	Lecture 33 - Basic Cryptographic Concepts Part - II
Link	Internet Technology	Lecture 34 - Basic Cryptographic Concepts Part - III
Link	Internet Technology	Lecture 35 - Electronic Commerce
Link	Internet Technology	Lecture 36 - Streaming Multimedia Applications
Link	Internet Technology	Lecture 37 - Internet Telephony
Link	Internet Technology	Lecture 38 - Search Engine And Web Crawlers : Part-I
Link	Internet Technology	Lecture 39 - Search Engine And Web Crawlers : Part-II
Link	Internet Technology	Lecture 40 - Course Summary And Conclusion
Link	Programming and Data Structure	Lecture 1 - Introduction
Link	Programming and Data Structure	Lecture 2 - C Programming - I
Link	Programming and Data Structure	Lecture 3 - C Programming - II
Link	Programming and Data Structure	Lecture 4 - C Programming - III
Link	Programming and Data Structure	Lecture 5 - Data Structuring : Case Study - I
Link	Programming and Data Structure	Lecture 6 - Data Structuring : Case Study - II
Link	Programming and Data Structure	Lecture 7 - Data Structuring : Case Study - III
Link	Programming and Data Structure	Lecture 8 - Problem Decomposition By Recursion - I
Link	Programming and Data Structure	Lecture 9 - Problem Decomposition By Recursion - II
Link	Programming and Data Structure	Lecture 10 - Problem Decomposition By Recursion - III
Link	Programming and Data Structure	Lecture 11 - Merge sort And Quick sort
Link	Programming and Data Structure	Lecture 12 - Characters And Strings
Link	Programming and Data Structure	Lecture 13 - Arrays: Addresses And Contents
Link	Programming and Data Structure	Lecture 14 - Structures - I
Link	Programming and Data Structure	Lecture 15 - Structures - II
Link	Programming and Data Structure	Lecture 16 - Dynamic Allocation Part - I
Link	Programming and Data Structure	Lecture 17 - Linked Lists - I
Link	Programming and Data Structure	Lecture 18 - Complexity (Efficiency) of Algorithms
Link	Programming and Data Structure	Lecture 19 - Asymptotic Growth Functions
Link	Programming and Data Structure	Lecture 20 - Asymptotic Analysis of Algorithms
Link	Programming and Data Structure	Lecture 21 - Data Structuring
Link	Programming and Data Structure	Lecture 22 - Search Trees
Link	Programming and Data Structure	Lecture 23 - Search Trees - II
Link	Programming and Data Structure	Lecture 24 - Search Trees - III
Link	Programming and Data Structure	Lecture 25 - 2-3 Trees
Link	Programming and Data Structure	Lecture 26 - Algorithm Design - I
Link	Programming and Data Structure	Lecture 27 - Algorithm Design - II
Link	Programming and Data Structure	Lecture 28 - Algorithm Design - III
Link	Programming and Data Structure	Lecture 29 - Graphs - I
Link	Programming and Data Structure	Lecture 30 - Graphs - II
Link	Programming and Data Structure	Lecture 31 - Graphs - III
Link	Programming and Data Structure	Lecture 32 - Conclusions
Link	NOC:Software Testing	Lecture 1 - Introduction
Link	NOC:Software Testing	Lecture 2 - Levels of Testing
Link	NOC:Software Testing	Lecture 3 - Basic Concepts in Testing
Link	NOC:Software Testing	Lecture 4 - Basic Concepts in Testing (Continued...)
Link	NOC:Software Testing	Lecture 5 - Unit Testing
Link	NOC:Software Testing	Lecture 6 - Equivalence and BV Testing
Link	NOC:Software Testing	Lecture 7 - Special Value Testing
Link	NOC:Software Testing	Lecture 8 - Combinatorial Testing
Link	NOC:Software Testing	Lecture 9 - Pairwise Testing
Link	NOC:Software Testing	Lecture 10 - White Box Testing
Link	NOC:Software Testing	Lecture 11 - MC/DC Testing
Link	NOC:Software Testing	Lecture 12 - MC/DC Testing (Continued...)
Link	NOC:Software Testing	Lecture 13 - Path Testing
Link	NOC:Software Testing	Lecture 14 - Dataflow and Mutation Testing
Link	NOC:Software Testing	Lecture 15 - Mutation Testing
Link	NOC:Software Testing	Lecture 16 - Integration Testing
Link	NOC:Software Testing	Lecture 17 - System Testing
Link	NOC:Software Testing	Lecture 18 - Regression Testing
Link	NOC:Software Testing	Lecture 19 - Testing Object-Oriented Program - Part 1
Link	NOC:Software Testing	Lecture 20 - Testing Object-Oriented Program - Part 2
Link	NOC:Programming in C++	Lecture 1 - Module 1 : Recap of C
Link	NOC:Programming in C++	Lecture 2 - Module 1 : Recap of C
Link	NOC:Programming in C++	Lecture 3 - Module 1 : Recap of C
Link	NOC:Programming in C++	Lecture 4 - Module 2 : Programs with IO and Loop
Link	NOC:Programming in C++	Lecture 5 - Module 3 : Arrays and Strings
Link	NOC:Programming in C++	Lecture 6 - Module 4 : Sorting and Searching
Link	NOC:Programming in C++	Lecture 7 - Module 5 : Stack and its Applications
Link	NOC:Programming in C++	Lecture 8 - Module 6 : Constants and Inline Functions
Link	NOC:Programming in C++	Lecture 9 - Module 6 : Constants and Inline Functions (Continued...)
Link	NOC:Programming in C++	Lecture 10 - Module 7 : Reference and Pointer
Link	NOC:Programming in C++	Lecture 11 - Module 7 : Reference and Pointer (Continued...)
Link	NOC:Programming in C++	Lecture 12 - Module 8 : Default Parameters and Function Overloading
Link	NOC:Programming in C++	Lecture 13 - Module 8 : Default Parameters and Function Overloading (Continued...)
Link	NOC:Programming in C++	Lecture 14 - Module 8 : Default Parameters and Function Overloading (Continued...)
Link	NOC:Programming in C++	Lecture 15 - Module 9 : Operator Overloading
Link	NOC:Programming in C++	Lecture 16 - Module 9 : Operator Overloading (Continued...)
Link	NOC:Programming in C++	Lecture 17 - Module 10 : Dynamic Memory Management
Link	NOC:Programming in C++	Lecture 18 - Module 10 : Dynamic Memory Management (Continued...)
Link	NOC:Programming in C++	Lecture 19 - Module 11 : Classes and Objects
Link	NOC:Programming in C++	Lecture 20 - Module 11 : Classes and Objects (Continued...)
Link	NOC:Programming in C++	Lecture 21 - Module 12 : Access Specifiers
Link	NOC:Programming in C++	Lecture 22 - Module 12 : Access Specifiers (Continued...)
Link	NOC:Programming in C++	Lecture 23 - Module 13 : Constructors, Destructors and Object Lifetime
Link	NOC:Programming in C++	Lecture 24 - Module 13 : Constructors, Destructors and Object Lifetime (Continued...)
Link	NOC:Programming in C++	Lecture 25 - Module 13 : Constructors, Destructors and Object Lifetime (Continued...)
Link	NOC:Programming in C++	Lecture 26 - Module 14 : Copy Constructor and Copy Assignment Operator
Link	NOC:Programming in C++	Lecture 27 - Module 14 : Copy Constructor and Copy Assignment Operator (Continued...)
Link	NOC:Programming in C++	Lecture 28 - Module 14 : Copy Constructor and Copy Assignment Operator (Continued...)
Link	NOC:Programming in C++	Lecture 29 - Module 15 : Const-ness
Link	NOC:Programming in C++	Lecture 30 - Module 15 : Const-ness (Continued...)
Link	NOC:Programming in C++	Lecture 31 - Module 16 : Static Members
Link	NOC:Programming in C++	Lecture 32 - Module 17 : friend Function and friend Class
Link	NOC:Programming in C++	Lecture 33 - Module 18 : Overloading Operator for User Defined Types - Part I
Link	NOC:Programming in C++	Lecture 34 - Module 19 : Overloading Operator for User Defined Types - Part II
Link	NOC:Programming in C++	Lecture 35 - Module 20 : Namespace
Link	NOC:Programming in C++	Lecture 36 - Module 21 : Inheirtnace - Part I
Link	NOC:Programming in C++	Lecture 37 - Module 22 : Inheritance - Part II
Link	NOC:Programming in C++	Lecture 38 - Module 23 : Inheritance - Part III
Link	NOC:Programming in C++	Lecture 39 - Module 24 : Inheritance - Part IV
Link	NOC:Programming in C++	Lecture 40 - Module 25 : Inheritance - Part V
Link	NOC:Programming in C++	Lecture 41 - Module 26 : Dynamic Binding - Part I
Link	NOC:Programming in C++	Lecture 42 - Module 27 : Dynamic Binding (Polymorphism) - Part II
Link	NOC:Programming in C++	Lecture 43 - Module 28 : Dynamic Binding (Polymorphism) - Part III
Link	NOC:Programming in C++	Lecture 44 - Module 29 : Dynamic Binding (Polymorphism) - Part IV
Link	NOC:Programming in C++	Lecture 45 - Module 30 : Dynamic Binding (Polymorphism) - Part V
Link	NOC:Programming in C++	Lecture 46 - Module 31 : Virtual Function Table
Link	NOC:Programming in C++	Lecture 47 - Module 32 : Type casting and cast operators - Part I
Link	NOC:Programming in C++	Lecture 48 - Module 33 : Type casting and cast operators - Part II
Link	NOC:Programming in C++	Lecture 49 - Module 34 : Type casting and cast operators - Part III
Link	NOC:Programming in C++	Lecture 50 - Module 35 : Multiple Inheritance
Link	NOC:Programming in C++	Lecture 51 - Module 35 : Multiple Inheritance (Continued...)
Link	NOC:Programming in C++	Lecture 52 - Module 36 : Exceptions (Error Handling in C) - Part I
Link	NOC:Programming in C++	Lecture 53 - Module 37 : Exceptions (Error Handling in C) - Part II
Link	NOC:Programming in C++	Lecture 54 - Module 38 : Template (Function Template) - Part I
Link	NOC:Programming in C++	Lecture 55 - Module 39 : Template (Function Template) - Part II
Link	NOC:Programming in C++	Lecture 56 - Module 40 : Closing Comments
Link	NOC:Introduction to Machine Learning	Lecture 1 - Introduction
Link	NOC:Introduction to Machine Learning	Lecture 2 - Different Types of Learning
Link	NOC:Introduction to Machine Learning	Lecture 3 - Hypothesis Space and Inductive Bias
Link	NOC:Introduction to Machine Learning	Lecture 4 - Evaluation and Cross-Validation
Link	NOC:Introduction to Machine Learning	Lecture 5 - Tutorial - I
Link	NOC:Introduction to Machine Learning	Lecture 6 - Linear Regression
Link	NOC:Introduction to Machine Learning	Lecture 7 - Introduction to Decision Trees
Link	NOC:Introduction to Machine Learning	Lecture 8 - Learning Decision Tree
Link	NOC:Introduction to Machine Learning	Lecture 9 - Overfitting
Link	NOC:Introduction to Machine Learning	Lecture 10 - Python Exercise on Decision Tree and Linear Regression
Link	NOC:Introduction to Machine Learning	Lecture 11 - Tutorial - II
Link	NOC:Introduction to Machine Learning	Lecture 12 - k-Nearest Neighbour
Link	NOC:Introduction to Machine Learning	Lecture 13 - Feature Selection
Link	NOC:Introduction to Machine Learning	Lecture 14 - Feature Extraction
Link	NOC:Introduction to Machine Learning	Lecture 15 - Collaborative Filtering
Link	NOC:Introduction to Machine Learning	Lecture 16 - Python Exercise on kNN and PCA
Link	NOC:Introduction to Machine Learning	Lecture 17 - Tutorial - III
Link	NOC:Introduction to Machine Learning	Lecture 18 - Bayesian Learning
Link	NOC:Introduction to Machine Learning	Lecture 19 - Naive Bayes
Link	NOC:Introduction to Machine Learning	Lecture 20 - Bayesian Network
Link	NOC:Introduction to Machine Learning	Lecture 21 - Python Exercise on Naive Bayes
Link	NOC:Introduction to Machine Learning	Lecture 22 - Tutorial - IV
Link	NOC:Introduction to Machine Learning	Lecture 23 - Logistic Regression
Link	NOC:Introduction to Machine Learning	Lecture 24 - Introduction Support Vector Machine
Link	NOC:Introduction to Machine Learning	Lecture 25 - SVM : The Dual Formulation
Link	NOC:Introduction to Machine Learning	Lecture 26 - SVM : Maximum Margin with Noise
Link	NOC:Introduction to Machine Learning	Lecture 27 - Nonlinear SVM and Kennel Function
Link	NOC:Introduction to Machine Learning	Lecture 28 - SVM : Solution to the Dual Problem
Link	NOC:Introduction to Machine Learning	Lecture 29 - Python Exercise on SVM
Link	NOC:Introduction to Machine Learning	Lecture 30 - Introduction
Link	NOC:Introduction to Machine Learning	Lecture 31 - Multilayer Neural Network
Link	NOC:Introduction to Machine Learning	Lecture 32 - Neural Network and Backpropagation Algorithm
Link	NOC:Introduction to Machine Learning	Lecture 33 - Deep Neural Network
Link	NOC:Introduction to Machine Learning	Lecture 34 - Python Exercise on Neural Network
Link	NOC:Introduction to Machine Learning	Lecture 35 - Tutorial - VI
Link	NOC:Introduction to Machine Learning	Lecture 36 - Introduction to Computational Learning Theory
Link	NOC:Introduction to Machine Learning	Lecture 37 - Sample Complexity : Finite Hypothesis Space
Link	NOC:Introduction to Machine Learning	Lecture 38 - VC Dimension
Link	NOC:Introduction to Machine Learning	Lecture 39 - Introduction to Ensembles
Link	NOC:Introduction to Machine Learning	Lecture 40 - Bagging and Boosting
Link	NOC:Introduction to Machine Learning	Lecture 41 - Introduction to Clustering
Link	NOC:Introduction to Machine Learning	Lecture 42 - Kmeans Clustering
Link	NOC:Introduction to Machine Learning	Lecture 43 - Agglomerative Hierarchical Clustering
Link	NOC:Introduction to Machine Learning	Lecture 44 - Python Exercise on kmeans clustering
Link	NOC:Object-Oriented Analysis and Design	Lecture 1 - Challanges in Software Engineering
Link	NOC:Object-Oriented Analysis and Design	Lecture 2 - Complexity of Software
Link	NOC:Object-Oriented Analysis and Design	Lecture 3 - Complexity of Software (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 4 - Structure and Attributes of a Complex System
Link	NOC:Object-Oriented Analysis and Design	Lecture 5 - Structure and Attributes of a Complex System (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 6 - Object-Oriented Analysis and Design
Link	NOC:Object-Oriented Analysis and Design	Lecture 7 - Bringing Order to Chaos
Link	NOC:Object-Oriented Analysis and Design	Lecture 8 - Bringing Order to Chaos (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 9 - Evolution of Object Models - Programming Languages and Paradigms
Link	NOC:Object-Oriented Analysis and Design	Lecture 10 - Foundations of the Object Model - OOA, OOD and OOP
Link	NOC:Object-Oriented Analysis and Design	Lecture 11 - Foundations of the Object Model - OOA, OOD and OOP (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 12 - Elements of Object Model (Major) : Abstraction and Encapsulation
Link	NOC:Object-Oriented Analysis and Design	Lecture 13 - Elements of Object Model (Major) : Abstraction and Encapsulation (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 14 - Elements of the Object Model (Major) : Modularity and Hierarchy
Link	NOC:Object-Oriented Analysis and Design	Lecture 15 - Elements of the Object Model (Major) : Modularity and Hierarchy (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 16 - Elements of the Object Model (Minor) : Typing, Concurrency and Persistence
Link	NOC:Object-Oriented Analysis and Design	Lecture 17 - Elements of the Object Model (Minor) : Typing, Concurrency and Persistence (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 18 - Nature of an object : State, Behavior and Identity
Link	NOC:Object-Oriented Analysis and Design	Lecture 19 - Nature of an object : State, Behavior and Identity (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 20 - Relationships among objects
Link	NOC:Object-Oriented Analysis and Design	Lecture 21 - Relationships among objects (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 22 - Nature of a class : Interface and Implementation
Link	NOC:Object-Oriented Analysis and Design	Lecture 23 - Nature of a class : Interface and Implementation (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 24 - Relationships among classes
Link	NOC:Object-Oriented Analysis and Design	Lecture 25 - Relationships among classes (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 26 - How to Build Quality Classes and Objects
Link	NOC:Object-Oriented Analysis and Design	Lecture 27 - Tutorial : LMS
Link	NOC:Object-Oriented Analysis and Design	Lecture 28 - How to Identify Classes and Objects ?
Link	NOC:Object-Oriented Analysis and Design	Lecture 29 - Identification of Classes, Objects and Relationship in LMS
Link	NOC:Object-Oriented Analysis and Design	Lecture 30 - Identification of Classes, Objects and Relationship in LMS (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 31 - Identification of Classes, Objects and Relationship in LMS (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 32 - Identification of Classes, Objects and Relationship in LMS (Continued...)
Link	NOC:Object-Oriented Analysis and Design	Lecture 33 - Overview of UML
Link	NOC:Object-Oriented Analysis and Design	Lecture 34 - SDLC Phases and UML Diagrams
Link	NOC:Object-Oriented Analysis and Design	Lecture 35 - Use-Case Diagrams - Part I
Link	NOC:Object-Oriented Analysis and Design	Lecture 36 - Use-Case Diagrams - Part II
Link	NOC:Object-Oriented Analysis and Design	Lecture 37 - Use-Case Diagrams - Part III
Link	NOC:Object-Oriented Analysis and Design	Lecture 38 - Class Diagrams - Part 1 (Class, Property and Operation)
Link	NOC:Object-Oriented Analysis and Design	Lecture 39 - Class Diagrams - Part 2 (Association, Weak and Strong Aggregation)
Link	NOC:Object-Oriented Analysis and Design	Lecture 40 - Class Diagrams - Part 3 (Generalization, Dependency and Constraints)
Link	NOC:Object-Oriented Analysis and Design	Lecture 41 - Sequence Diagrams - Part 1
Link	NOC:Object-Oriented Analysis and Design	Lecture 42 - Sequence Diagrams - Part 2
Link	NOC:Object-Oriented Analysis and Design	Lecture 43 - Communication Diagram
Link	NOC:Object-Oriented Analysis and Design	Lecture 44 - Activity Diagrams - Part II
Link	NOC:Object-Oriented Analysis and Design	Lecture 45 - Activity Diagrams - Part II
Link	NOC:Object-Oriented Analysis and Design	Lecture 46 - Activity Diagrams - Part III
Link	NOC:Object-Oriented Analysis and Design	Lecture 47 - Interaction Overview Diagram
Link	NOC:Object-Oriented Analysis and Design	Lecture 48 - State Machine Diagrams - Part I
Link	NOC:Object-Oriented Analysis and Design	Lecture 49 - State Machine Diagrams - Part II
Link	NOC:Object-Oriented Analysis and Design	Lecture 50 - State Machine Diagrams - Part III
Link	NOC:Object-Oriented Analysis and Design	Lecture 51 - Various UML Diagrams
Link	NOC:Object-Oriented Analysis and Design	Lecture 52 - Closing Comments
Link	NOC:Complex Network : Theory and Application	Lecture 1 - Introduction
Link	NOC:Complex Network : Theory and Application	Lecture 2 - Network Analysis - I
Link	NOC:Complex Network : Theory and Application	Lecture 3 - Network Analysis - II
Link	NOC:Complex Network : Theory and Application	Lecture 4 - Network Analysis - III
Link	NOC:Complex Network : Theory and Application	Lecture 5 - Network Analysis - IV
Link	NOC:Complex Network : Theory and Application	Lecture 6 - Network Analysis - V
Link	NOC:Complex Network : Theory and Application	Lecture 7 - Network Analysis - VI
Link	NOC:Complex Network : Theory and Application	Lecture 8 - Social Network Principles - I
Link	NOC:Complex Network : Theory and Application	Lecture 9 - Social Network Principles - II
Link	NOC:Complex Network : Theory and Application	Lecture 10 - Social Network Principles - III
Link	NOC:Complex Network : Theory and Application	Lecture 11 - Social Network Principles - IV
Link	NOC:Complex Network : Theory and Application	Lecture 12 - Community Analysis - I
Link	NOC:Complex Network : Theory and Application	Lecture 13 - Community Analysis - II
Link	NOC:Complex Network : Theory and Application	Lecture 14 - Community Analysis - III
Link	NOC:Complex Network : Theory and Application	Lecture 15 - Community Analysis - IV
Link	NOC:Complex Network : Theory and Application	Lecture 16 - Community Analysis - V
Link	NOC:Complex Network : Theory and Application	Lecture 17 - Community Analysis - VI
Link	NOC:Complex Network : Theory and Application	Lecture 18 - Citation Analysis - I
Link	NOC:Complex Network : Theory and Application	Lecture 19 - Citation Analysis - II
Link	NOC:Complex Network : Theory and Application	Lecture 20 - Citation Analysis - III
Link	NOC:Complex Network : Theory and Application	Lecture 21 - Citation Analysis - IV
Link	Fundamental Algorithms:Design and Analysis	Lecture 1 - Insertion Sort and Asymptotic Analysis
Link	Fundamental Algorithms:Design and Analysis	Lecture 2 - Solving Recurrences
Link	Fundamental Algorithms:Design and Analysis	Lecture 3 - Divide and Conquer Paradigm
Link	Fundamental Algorithms:Design and Analysis	Lecture 4 - Quick Sort
Link	Fundamental Algorithms:Design and Analysis	Lecture 5 - Heap Sort
Link	Fundamental Algorithms:Design and Analysis	Lecture 6 - Decision Tree
Link	Fundamental Algorithms:Design and Analysis	Lecture 7 - Linear Time Sorting
Link	Fundamental Algorithms:Design and Analysis	Lecture 8 - Order Statistics
Link	Fundamental Algorithms:Design and Analysis	Lecture 9 - Hashing
Link	Fundamental Algorithms:Design and Analysis	Lecture 10 - Universal Hashing, BST Sort
Link	Fundamental Algorithms:Design and Analysis	Lecture 11 - Red-Black Tree
Link	Fundamental Algorithms:Design and Analysis	Lecture 12 - Augmenting Data Structure
Link	Fundamental Algorithms:Design and Analysis	Lecture 13 - Computational Geometry
Link	Fundamental Algorithms:Design and Analysis	Lecture 14 - Van Emde Boas Data Structure
Link	Fundamental Algorithms:Design and Analysis	Lecture 15 - Dynamic Programming
Link	Fundamental Algorithms:Design and Analysis	Lecture 16 - Graph Algorithm
Link	Fundamental Algorithms:Design and Analysis	Lecture 17 - BFS and DFS
Link	Fundamental Algorithms:Design and Analysis	Lecture 18 - Dijkstra
Link	Fundamental Algorithms:Design and Analysis	Lecture 19 - Bellman Ford
Link	Fundamental Algorithms:Design and Analysis	Lecture 20 - Floyd Marshall
Link	NOC:Natural Language Processing	Lecture 1 - Introduction to the Course
Link	NOC:Natural Language Processing	Lecture 2 - What Do We Do in NLP
Link	NOC:Natural Language Processing	Lecture 3 - Why is NLP hard
Link	NOC:Natural Language Processing	Lecture 4 - Empirical Laws
Link	NOC:Natural Language Processing	Lecture 5 - Text Processing: Basics
Link	NOC:Natural Language Processing	Lecture 6 - Spelling Correction: Edit Distance
Link	NOC:Natural Language Processing	Lecture 7 - Weighted Edit Distance, Other Variations
Link	NOC:Natural Language Processing	Lecture 8 - Noisy Channel Model for Spelling Correction
Link	NOC:Natural Language Processing	Lecture 9 - N-Gram Language Models
Link	NOC:Natural Language Processing	Lecture 10 - Evaluation of Language Models, Basic Smoothing
Link	NOC:Natural Language Processing	Lecture 11 - Tutorial I
Link	NOC:Natural Language Processing	Lecture 12 - Language Modeling: Advanced Smoothing Models
Link	NOC:Natural Language Processing	Lecture 13 - Computational Morphology
Link	NOC:Natural Language Processing	Lecture 14 - Finite - State Methods for Morphology
Link	NOC:Natural Language Processing	Lecture 15 - Introduction to POS Tagging
Link	NOC:Natural Language Processing	Lecture 16 - Hidden Markov Models for POS Tagging
Link	NOC:Natural Language Processing	Lecture 17 - Viterbi Decoding for HMM, Parameter Learning
Link	NOC:Natural Language Processing	Lecture 18 - Baum Welch Algorithm
Link	NOC:Natural Language Processing	Lecture 19 - Maximum Entropy Models - I
Link	NOC:Natural Language Processing	Lecture 20 - Maximum Entropy Models - II
Link	NOC:Natural Language Processing	Lecture 21 - Conditional Random Fields
Link	NOC:Natural Language Processing	Lecture 22 - Syntax - Introduction
Link	NOC:Natural Language Processing	Lecture 23 - Syntax - Parsing I
Link	NOC:Natural Language Processing	Lecture 24 - Syntax - CKY, PCFGs
Link	NOC:Natural Language Processing	Lecture 25 - PCFGs - Inside-Outside Probabilities
Link	NOC:Natural Language Processing	Lecture 26 - Inside-Outside Probabilities
Link	NOC:Natural Language Processing	Lecture 27 - Dependency Grammars and Parsing - Introduction
Link	NOC:Natural Language Processing	Lecture 28 - Transition Based Parsing : Formulation
Link	NOC:Natural Language Processing	Lecture 29 - Transition Based Parsing : Learning
Link	NOC:Natural Language Processing	Lecture 30 - MST-Based Dependency Parsing
Link	NOC:Natural Language Processing	Lecture 31 - MST-Based Dependency Parsing : Learning
Link	NOC:Natural Language Processing	Lecture 32 - Distributional Semantics - Introduction
Link	NOC:Natural Language Processing	Lecture 33 - Distributional Models of Semantics
Link	NOC:Natural Language Processing	Lecture 34 - Distributional Semantics : Applications, Structured Models
Link	NOC:Natural Language Processing	Lecture 35 - Word Embeddings - Part I
Link	NOC:Natural Language Processing	Lecture 36 - Word Embeddings - Part II
Link	NOC:Natural Language Processing	Lecture 37 - Lexical Semantics
Link	NOC:Natural Language Processing	Lecture 38 - Lexical Semantics - Wordnet
Link	NOC:Natural Language Processing	Lecture 39 - Word Sense Disambiguation - I
Link	NOC:Natural Language Processing	Lecture 40 - Word Sense Disambiguation - II
Link	NOC:Natural Language Processing	Lecture 41 - Novel Word Sense detection
Link	NOC:Natural Language Processing	Lecture 42 - Topic Models : Introduction
Link	NOC:Natural Language Processing	Lecture 43 - Latent Dirichlet Allocation : Formulation
Link	NOC:Natural Language Processing	Lecture 44 - Gibbs Sampling for LDA, Applications
Link	NOC:Natural Language Processing	Lecture 45 - LDA Variants and Applications - I
Link	NOC:Natural Language Processing	Lecture 46 - LDA Variants and Applications - II
Link	NOC:Natural Language Processing	Lecture 47 - Entity Linking - I
Link	NOC:Natural Language Processing	Lecture 48 - Entity Linking - II
Link	NOC:Natural Language Processing	Lecture 49 - Information Extraction - Introduction
Link	NOC:Natural Language Processing	Lecture 50 - Relation Extraction
Link	NOC:Natural Language Processing	Lecture 51 - Distant Supervision
Link	NOC:Natural Language Processing	Lecture 52 - Text Summarization - LEXRANK
Link	NOC:Natural Language Processing	Lecture 53 - Optimization based Approaches for Summarization
Link	NOC:Natural Language Processing	Lecture 54 - Summarization Evaluation
Link	NOC:Natural Language Processing	Lecture 55 - Text Classification - I
Link	NOC:Natural Language Processing	Lecture 56 - Text Classification - II
Link	NOC:Natural Language Processing	Lecture 57 - Tutorial II
Link	NOC:Natural Language Processing	Lecture 58 - Tutorial III
Link	NOC:Natural Language Processing	Lecture 59 - Tutorial IV
Link	NOC:Natural Language Processing	Lecture 60 - Tutorial V
Link	NOC:Natural Language Processing	Lecture 61 - Sentiment Analysis - Introduction
Link	NOC:Natural Language Processing	Lecture 62 - Sentiment Analysis - Affective Lexicons
Link	NOC:Natural Language Processing	Lecture 63 - Learning Affective Lexicons
Link	NOC:Natural Language Processing	Lecture 64 - Computing with Affective Lexicons
Link	NOC:Natural Language Processing	Lecture 65 - Aspect - Based Sentiment Analysis
Link	NOC:Embedded Systems Design	Lecture 1 - Introduction
Link	NOC:Embedded Systems Design	Lecture 2 - Processors
Link	NOC:Embedded Systems Design	Lecture 3 - General Purpose and ASIPs Processor
Link	NOC:Embedded Systems Design	Lecture 4 - Designing a Single Purpose Processor
Link	NOC:Embedded Systems Design	Lecture 5 - Optimization Issues
Link	NOC:Embedded Systems Design	Lecture 6 - Introduction to FPFA
Link	NOC:Embedded Systems Design	Lecture 7 - FPGA (Continued...)
Link	NOC:Embedded Systems Design	Lecture 8 - Behaviour Synthesis on FPGA using VHDL
Link	NOC:Embedded Systems Design	Lecture 9 - Tutorial - I
Link	NOC:Embedded Systems Design	Lecture 10 - Tutorial - II
Link	NOC:Embedded Systems Design	Lecture 11 - Tutorial - III
Link	NOC:Embedded Systems Design	Lecture 12 - Tutorial - IV
Link	NOC:Embedded Systems Design	Lecture 13 - Sensors and Signals
Link	NOC:Embedded Systems Design	Lecture 14 - Discretization of Signals and A/D Converter
Link	NOC:Embedded Systems Design	Lecture 15 - Quantization Noise, SNR and D/A Converter
Link	NOC:Embedded Systems Design	Lecture 16 - Arduino Uno
Link	NOC:Embedded Systems Design	Lecture 17 - Arduino Uno (Continued...), Serial Communication and Timer
Link	NOC:Embedded Systems Design	Lecture 18 - Controller Design using Arduino
Link	NOC:Embedded Systems Design	Lecture 19 - Tutorial - V
Link	NOC:Embedded Systems Design	Lecture 20 - Power Aware Embedded System - I
Link	NOC:Embedded Systems Design	Lecture 21 - Power Aware Embedded System - II
Link	NOC:Embedded Systems Design	Lecture 22 - SD and DD Algorithm
Link	NOC:Embedded Systems Design	Lecture 23 - Parallel Operations and VLIW
Link	NOC:Embedded Systems Design	Lecture 24 - Code Efficiency
Link	NOC:Embedded Systems Design	Lecture 25 - DSP Application and Address Generation Unit
Link	NOC:Embedded Systems Design	Lecture 26 - Real Time O.S - I
Link	NOC:Embedded Systems Design	Lecture 27 - Real Time O.S - II
Link	NOC:Embedded Systems Design	Lecture 28 - RMS Algorithm
Link	NOC:Embedded Systems Design	Lecture 29 - EDF Algorithm and Resource Constraint Issue
Link	NOC:Embedded Systems Design	Lecture 30 - Priority Inversion and Priority Inheritance Protocol
Link	NOC:Embedded Systems Design	Lecture 31 - Modeling and Specification - I
Link	NOC:Embedded Systems Design	Lecture 32 - Modeling and Specification - II
Link	NOC:Embedded Systems Design	Lecture 33 - FSM and Statechart
Link	NOC:Embedded Systems Design	Lecture 34 - Statechart and Statemate Semantics
Link	NOC:Embedded Systems Design	Lecture 35 - Statecharts (Continued...)
Link	NOC:Embedded Systems Design	Lecture 36 - Program State Machines
Link	NOC:Embedded Systems Design	Lecture 37 - SDL
Link	NOC:Embedded Systems Design	Lecture 38 - Data Flow Model - I
Link	NOC:Embedded Systems Design	Lecture 39 - Data Flow Model - II
Link	NOC:Embedded Systems Design	Lecture 40 - Hardware Synthesis - I
Link	NOC:Embedded Systems Design	Lecture 41 - Hardware Synthesis - II
Link	NOC:Embedded Systems Design	Lecture 42 - Scheduling
Link	NOC:Embedded Systems Design	Lecture 43 - Digital Camera Design
Link	NOC:Embedded Systems Design	Lecture 44 - Digital Camera - Iterative Design
Link	NOC:Embedded Systems Design	Lecture 45 - HW-SW Partitioning
Link	NOC:Embedded Systems Design	Lecture 46 - Optimization - I
Link	NOC:Embedded Systems Design	Lecture 47 - Optimization - II
Link	NOC:Embedded Systems Design	Lecture 48 - Simulation
Link	NOC:Embedded Systems Design	Lecture 49 - Formal Verification
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 1 - Introduction: Wireless Ad Hoc Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 2 - Introduction: Wireless Ad Hoc Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 3 - Self-organizing Behaviour of Wireless Ad Hoc Networks
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 4 - Cooperation in Mobile Ad Hoc Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 5 - Cooperation in Mobile Ad Hoc Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 6 - MAC Protocols in MANETs - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 7 - MAC Protocols in MANETs - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 8 - Routing in MANETs - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 9 - Routing in MANETs - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 10 - Routing in MANETs - Part-III
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 11 - Multicasting in MANETs
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 12 - Mobility Models for MANETs
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 13 - Transport Protocols for MANETs - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 14 - Transport Protocols for MANETs - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 15 - Opportunistic Mobile Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 16 - Opportunistic Mobile Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 17 - Opportunistic Mobile Networks - Part-III
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 18 - UAV Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 19 - UAV Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 20 - UAV Networks - Part-III
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 21 - Introduction: Wireless Sensor Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 22 - Introduction: Wireless Sensor Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 23 - WSN Coverage and Placement - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 24 - Topology Mangement in Wireless Sensor Network
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 25 - Mobile Wireless Sensor Networks
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 26 - Mobile Wireless Sensor Networks
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 27 - Medium Access Control in Wireless Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 28 - Medium Access Control in Wireless Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 29 - Routing in Wireless Sensor Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 30 - Routing in Wireless Sensor Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 31 - Congestion and Flow Control - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 32 - Congestion and Flow Control - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 33 - Underwater Sensor Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 34 - Underwater Sensor Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 35 - Underwater Sensor Networks - Part-III
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 36 - Underwater Sensor Networks - Part-IV
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 37 - Security of Wireless Sensor Networks - Part-I
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 38 - Security of Wireless Sensor Networks - Part-II
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 39 - Hardware Design of Sensor Node
Link	NOC:Wireless Ad Hoc and Sensor Networks	Lecture 40 - Real Life Deployment of WSN
Link	NOC:VLSI Physical Design	Lecture 1 - Introduction
Link	NOC:VLSI Physical Design	Lecture 2 - Design Representation
Link	NOC:VLSI Physical Design	Lecture 3 - VLSI Design Styles - Part 1
Link	NOC:VLSI Physical Design	Lecture 4 - VLSI Design Styles - Part 2
Link	NOC:VLSI Physical Design	Lecture 5 - VLSI Physical Design Automation - Part 1
Link	NOC:VLSI Physical Design	Lecture 6 - VLSI Physical Design Automation - Part 2
Link	NOC:VLSI Physical Design	Lecture 7 - Partitioning
Link	NOC:VLSI Physical Design	Lecture 8 - Floor planning
Link	NOC:VLSI Physical Design	Lecture 9 - Floor planning Algorithms
Link	NOC:VLSI Physical Design	Lecture 10 - Pin Assignment
Link	NOC:VLSI Physical Design	Lecture 11 - Placement - Part 1
Link	NOC:VLSI Physical Design	Lecture 12 - Placement - Part 2
Link	NOC:VLSI Physical Design	Lecture 13 - Placement - Part 3
Link	NOC:VLSI Physical Design	Lecture 14 - Placement - Part 4
Link	NOC:VLSI Physical Design	Lecture 15 - Grid Routing - Part 1
Link	NOC:VLSI Physical Design	Lecture 16 - Grid Routing - Part 2
Link	NOC:VLSI Physical Design	Lecture 17 - Grid Routing - Part 3
Link	NOC:VLSI Physical Design	Lecture 18 - Global Routing - Part 1
Link	NOC:VLSI Physical Design	Lecture 19 - Global Routing - Part 2
Link	NOC:VLSI Physical Design	Lecture 20 - Detailed Routing - Part 1
Link	NOC:VLSI Physical Design	Lecture 21 - Detailed Routing - Part 2
Link	NOC:VLSI Physical Design	Lecture 22 - Detailed Routing - Part 3
Link	NOC:VLSI Physical Design	Lecture 23 - Detailed Routing - Part 4
Link	NOC:VLSI Physical Design	Lecture 24 - Clock Design - Part 1
Link	NOC:VLSI Physical Design	Lecture 25 - Clock Design - Part 2
Link	NOC:VLSI Physical Design	Lecture 26 - Clock Design - Part 3
Link	NOC:VLSI Physical Design	Lecture 27 - Clock Network Synthesis - Part 1
Link	NOC:VLSI Physical Design	Lecture 28 - Clock Network Synthesis - Part 2
Link	NOC:VLSI Physical Design	Lecture 29 - Clock Network Synthesis - Part 3
Link	NOC:VLSI Physical Design	Lecture 30 - Clock Network Synthesis - Part 4
Link	NOC:VLSI Physical Design	Lecture 31 - Power and Ground Routing
Link	NOC:VLSI Physical Design	Lecture 32 - Time Closure - Part 1
Link	NOC:VLSI Physical Design	Lecture 33 - Time Closure - Part 2
Link	NOC:VLSI Physical Design	Lecture 34 - Time Closure - Part 3
Link	NOC:VLSI Physical Design	Lecture 35 - Time Closure - Part 4
Link	NOC:VLSI Physical Design	Lecture 36 - Time Closure - Part 5
Link	NOC:VLSI Physical Design	Lecture 37 - Timing Driven Placement
Link	NOC:VLSI Physical Design	Lecture 38 - Timing Driven Routing
Link	NOC:VLSI Physical Design	Lecture 39 - Physical Synthesis - Part 1
Link	NOC:VLSI Physical Design	Lecture 40 - Physical Synthesis - Part 2
Link	NOC:VLSI Physical Design	Lecture 41 - Performance-Driven Design Flow
Link	NOC:VLSI Physical Design	Lecture 42 - Miscellaneous Approaches to Timing Optimization
Link	NOC:VLSI Physical Design	Lecture 43 - Interconnect Modeling - Part 1
Link	NOC:VLSI Physical Design	Lecture 44 - Interconnect Modeling - Part 2
Link	NOC:VLSI Physical Design	Lecture 45 - Design Rule Check
Link	NOC:VLSI Physical Design	Lecture 46 - Layout Compaction - Part 1
Link	NOC:VLSI Physical Design	Lecture 47 - Layout Compaction - Part 2
Link	NOC:VLSI Physical Design	Lecture 48
Link	NOC:VLSI Physical Design	Lecture 49
Link	NOC:VLSI Physical Design	Lecture 50
Link	NOC:VLSI Physical Design	Lecture 51
Link	NOC:VLSI Physical Design	Lecture 52
Link	NOC:VLSI Physical Design	Lecture 53 - Test Pattern Generation
Link	NOC:VLSI Physical Design	Lecture 54 - Design for Testability
Link	NOC:VLSI Physical Design	Lecture 55 - Boundary Scan Standard
Link	NOC:VLSI Physical Design	Lecture 56 - Built-in Self-Test - Part 1
Link	NOC:VLSI Physical Design	Lecture 57 - Built-in Self-Test - Part 2
Link	NOC:VLSI Physical Design	Lecture 58 - Low Power VLSI Design
Link	NOC:VLSI Physical Design	Lecture 59 - Techniques to Reduce Power
Link	NOC:VLSI Physical Design	Lecture 60 - Gate Level Design for Low Power - Part 1
Link	NOC:VLSI Physical Design	Lecture 61 - Gate Level Design for Low Power - Part 2
Link	NOC:VLSI Physical Design	Lecture 62 - Other Low Power Design Techniques
Link	NOC:VLSI Physical Design	Lecture 63 - Algorithmic Level Techniques for Low Power Design
Link	NOC:VLSI Physical Design	Lecture 64 - Summarization of the Course
Link	NOC:Cryptography And Network Security	Lecture 1 - Introduction to Cryptography
Link	NOC:Cryptography And Network Security	Lecture 2 - Classical Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 3 - Cryptanalysis on Substitution Cipher (Frequency Analysis)
Link	NOC:Cryptography And Network Security	Lecture 4 - Play Fair Cipher
Link	NOC:Cryptography And Network Security	Lecture 5 - Block Cipher
Link	NOC:Cryptography And Network Security	Lecture 6 - Data Encryption Standard (DES)
Link	NOC:Cryptography And Network Security	Lecture 7 - DES (Continued...)
Link	NOC:Cryptography And Network Security	Lecture 8 - Triple DES and Modes of Operation
Link	NOC:Cryptography And Network Security	Lecture 9 - Stream Cipher
Link	NOC:Cryptography And Network Security	Lecture 10 - Pseudorandom Sequence
Link	NOC:Cryptography And Network Security	Lecture 11 - LFSR Based StreamCipher
Link	NOC:Cryptography And Network Security	Lecture 12 - Mathematical Background
Link	NOC:Cryptography And Network Security	Lecture 13 - Abstract Algebra (Continued...)
Link	NOC:Cryptography And Network Security	Lecture 14 - Number Theory
Link	NOC:Cryptography And Network Security	Lecture 15 - Number Theory (Continued...)
Link	NOC:Cryptography And Network Security	Lecture 16 - Modular Inverse
Link	NOC:Cryptography And Network Security	Lecture 17 - Extended Euclidean Algorithm
Link	NOC:Cryptography And Network Security	Lecture 18 - Fermat's Little Theorem, Euler Phi-Function
Link	NOC:Cryptography And Network Security	Lecture 19 - Euler's theorem, Quadratic Residue
Link	NOC:Cryptography And Network Security	Lecture 20 - Polynomial Arithmetic
Link	NOC:Cryptography And Network Security	Lecture 21 - Advanced Encryption Standard (AES)
Link	NOC:Cryptography And Network Security	Lecture 22 - Advanced Encryption Standard (AES) (Continued...)
Link	NOC:Cryptography And Network Security	Lecture 23 - Introduction to Public Key Cryptosystem, Diffie-Hellman Key Exchange
Link	NOC:Cryptography And Network Security	Lecture 24 - Knapsack Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 25 - RSA Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 26 - More on RSA
Link	NOC:Cryptography And Network Security	Lecture 27 - Primarily Testing
Link	NOC:Cryptography And Network Security	Lecture 28 - ElGamal Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 29 - Elliptic Curve over the Reals
Link	NOC:Cryptography And Network Security	Lecture 30 - Elliptic curve Modulo a Prime
Link	NOC:Cryptography And Network Security	Lecture 31 - Generalised ElGamal Public Key Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 32 - Chinese Remainder Theorem
Link	NOC:Cryptography And Network Security	Lecture 33 - Rabin Cryptosystem
Link	NOC:Cryptography And Network Security	Lecture 34 - Legendre and Jacobi Symbol
Link	NOC:Cryptography And Network Security	Lecture 35 - Jacobi Symbol (Continued...)
Link	NOC:Cryptography And Network Security	Lecture 36 - Message Authentication
Link	NOC:Cryptography And Network Security	Lecture 37 - Digital Signature
Link	NOC:Cryptography And Network Security	Lecture 38 - Key Management
Link	NOC:Cryptography And Network Security	Lecture 39 - Key Exchange
Link	NOC:Cryptography And Network Security	Lecture 40 - Hash Function
Link	NOC:Cryptography And Network Security	Lecture 41 - Universal Hashing
Link	NOC:Cryptography And Network Security	Lecture 42 - Cryptographic Hash Function
Link	NOC:Cryptography And Network Security	Lecture 43 - Secure Hash Algorithm (SHA)
Link	NOC:Cryptography And Network Security	Lecture 44 - Digital Signature Standard (DSS)
Link	NOC:Cryptography And Network Security	Lecture 45 - More on Key Exchange Protocol
Link	NOC:Cryptography And Network Security	Lecture 46 - Cryptoanalisis
Link	NOC:Cryptography And Network Security	Lecture 47 - Memory Trade off Attack
Link	NOC:Cryptography And Network Security	Lecture 48 - Differential Cryptoanalysis
Link	NOC:Cryptography And Network Security	Lecture 49 - More on Differential Cryptoanalysis
Link	NOC:Cryptography And Network Security	Lecture 50 - Linear Cryptoanalysis
Link	NOC:Cryptography And Network Security	Lecture 51 - Cryptoanalysis and Stream Cipher
Link	NOC:Cryptography And Network Security	Lecture 52 - Modern Stream Cipher
Link	NOC:Cryptography And Network Security	Lecture 53 - Shamir Secret Sharing
Link	NOC:Cryptography And Network Security	Lecture 54 - Identity Based Eneryption (IBE)
Link	NOC:Cryptography And Network Security	Lecture 55 - Attribute Based Encryption
Link	NOC:Cryptography And Network Security	Lecture 56 - Functional Encryption (Introduction)
Link	NOC:Cryptography And Network Security	Lecture 57 - Discrete Logarithm Problem (DLP)
Link	NOC:Cryptography And Network Security	Lecture 58 - Implementation Attacks
Link	NOC:Cryptography And Network Security	Lecture 59 - The Secure Sockets layer (SSL)
Link	NOC:Cryptography And Network Security	Lecture 60 - Pretty Good Privacy (PGP)
Link	NOC:Computer Architecture and Organization	Lecture 1 - Evolution of Computer Systems
Link	NOC:Computer Architecture and Organization	Lecture 2 - Basic Operation of a Computer
Link	NOC:Computer Architecture and Organization	Lecture 3 - Memory Addressing and Languages
Link	NOC:Computer Architecture and Organization	Lecture 4 - Software and Architecture Types
Link	NOC:Computer Architecture and Organization	Lecture 5 - Instruction Set Architecture
Link	NOC:Computer Architecture and Organization	Lecture 6 - Number Representation
Link	NOC:Computer Architecture and Organization	Lecture 7 - Instruction Format and Addressing Modes
Link	NOC:Computer Architecture and Organization	Lecture 8 - CISC and RISC Architecture
Link	NOC:Computer Architecture and Organization	Lecture 9 - MIPS32 Instruction Set
Link	NOC:Computer Architecture and Organization	Lecture 10 - MIPS Programming Examples
Link	NOC:Computer Architecture and Organization	Lecture 11 - Spim – A Mips32 Simulator
Link	NOC:Computer Architecture and Organization	Lecture 12 - Measuring Cpu Performance
Link	NOC:Computer Architecture and Organization	Lecture 13 - Choice Of Benchmarks
Link	NOC:Computer Architecture and Organization	Lecture 14 - Summarizing Performance Results
Link	NOC:Computer Architecture and Organization	Lecture 15 - Amadahl’s Law - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 16 - Amadahl’s Law - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 17 - Design Of Control Unit - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 18 - Design Of Control Unit - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 19 - Design Of Control Unit - Part 3
Link	NOC:Computer Architecture and Organization	Lecture 20 - Design Of Control Unit - Part 4
Link	NOC:Computer Architecture and Organization	Lecture 21 - Mips Implementation - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 22 - Mips Implementation - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 23 - Processor Memory Interaction
Link	NOC:Computer Architecture and Organization	Lecture 24 - Static And Dynamic Ram
Link	NOC:Computer Architecture and Organization	Lecture 25 - Asynchronous Dram
Link	NOC:Computer Architecture and Organization	Lecture 26 - Synchronous Dram
Link	NOC:Computer Architecture and Organization	Lecture 27 - Memory Interfacing And Addressing
Link	NOC:Computer Architecture and Organization	Lecture 28 - Memory Hierarchy Design - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 29 - Memory Hierarchy Design - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 30 - Cache Memory - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 31 - Cache Memory - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 32 - Improving Cache Performance
Link	NOC:Computer Architecture and Organization	Lecture 33 - Design Of Adders - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 34 - Design Of Adders - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 35 - Design Of Multipliers - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 36 - Design Of Multipliers - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 37 - Design Of Dividers
Link	NOC:Computer Architecture and Organization	Lecture 38 - Floating-Point Numbers
Link	NOC:Computer Architecture and Organization	Lecture 39 - Floating-Point Arithmetic
Link	NOC:Computer Architecture and Organization	Lecture 40 - Basic Pipelining Concepts
Link	NOC:Computer Architecture and Organization	Lecture 41 - Pipeline Scheduling
Link	NOC:Computer Architecture and Organization	Lecture 42 - Arithmetic Pipeline
Link	NOC:Computer Architecture and Organization	Lecture 43 - Secondary Storage Devices
Link	NOC:Computer Architecture and Organization	Lecture 44 - Input-Output Organization
Link	NOC:Computer Architecture and Organization	Lecture 45 - Data Transfer Techniques
Link	NOC:Computer Architecture and Organization	Lecture 46 - Interrupt Handling - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 47 - Interrupt Handling - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 48 - Direct Memory Access
Link	NOC:Computer Architecture and Organization	Lecture 49 - Some Example Device Interfacing
Link	NOC:Computer Architecture and Organization	Lecture 50 - Exercises On I/O Transfer
Link	NOC:Computer Architecture and Organization	Lecture 51 - Bus Standards
Link	NOC:Computer Architecture and Organization	Lecture 52 - Bus Standards
Link	NOC:Computer Architecture and Organization	Lecture 53 - Pipelining The Mips32 Data Path
Link	NOC:Computer Architecture and Organization	Lecture 54 - Mips Pipeline (Continued...
Link	NOC:Computer Architecture and Organization	Lecture 55 - Pipeline Hazards - Part 1
Link	NOC:Computer Architecture and Organization	Lecture 56 - Pipeline Hazards - Part 2
Link	NOC:Computer Architecture and Organization	Lecture 57 - Pipeline Hazards - Part 3
Link	NOC:Computer Architecture and Organization	Lecture 58 - Pipeline Hazards - Part 4
Link	NOC:Computer Architecture and Organization	Lecture 59 - Multicycle Operations In Mips32