NDLI: Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript [Gujarati]

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Aerospace Engineering

Atmospheric Science

Basic courses-Sem 1 and 2

Chemical Engineering

Chemistry and Biochemistry

Civil Engineering

Computer Science and Engineering

Artificial Intelligence

Artificial Intelligence(Prof.P.Dasgupta)

Artificial Intelligence: Search Methods for Problem Solving

CAD for VLSI Design I

CAD for VLSI Design II

Compiler Design

Computational Geometry

Computational Number Theory & Cryptography

Computer Algorithms - 2

Computer Architecture

Computer Graphics

Computer Networks

Computer Organisation and Architecture

Computer Organization

Computer Organization and Architecture

Cryptography and Network Security

Data Communication

Data Communications

Data Structures And Algorithms

Data Structures and Program Methodology

Database Design

Design Verification and Test of Digital VLSI Circuits

Design and Analysis of Algorithms

Digital Image Processing

Digital Systems

Discrete Mathematical Structures

Distributed Computing Systems

Electronic Design Automation

Fundamental Algorithms:Design and Analysis

High Performance Computer Architecture

High Performance Computing

Human-Computer Interaction

Indexing and Searching Techniques in Databases

Internet Technology

Introduction To Haskell Programming

Introduction to Computer Graphics

Introduction to Database Systems and Design

Introduction to Problem Solving and Programming

Low Power VLSI Circuits & Systems

Microprocessors and Microcontrollers

NOC:2016: Programming, Data structures and Algorithms

NOC:AI:Constraint Satisfaction

NOC:Advanced Computer Architecture

NOC:Advanced Distributed systems

NOC:Advanced Graph Theory

NOC:Advanced computer architecture

NOC:Algorithmic Game Theory

NOC:Algorithms for Big Data

NOC:Algorithms for protein modelling and engineering

NOC:An Introduction To Programming Through C++

NOC:An Introduction to Artificial Intelligence

NOC:An Introduction to Probability in Computing

NOC:Applied Natural Language Processing

NOC:Arithmetic Circuit Complexity

NOC:Artificial Intelligence Search Methods For Problem Solving

NOC:Artificial Intelligence: Knowledge Representation and Reasoning

NOC:Bandit Algorithm (Online Machine Learning)

NOC:Big Data Computing

NOC:Blockchain Architecture Design and Use Cases

NOC:Blockchain and its Applications

NOC:C Programming and Assembly Language

NOC:C-Based VLSI Design

NOC:Cloud Computing and Distributed Systems

NOC:Cloud computing

NOC:Compiler Design

NOC:Complex Network : Theory and Application

NOC:Computational Complexity

NOC:Computational Complexity Theory

NOC:Computer Architecture

NOC:Computer Architecture(Course sponsored by Aricent)

NOC:Computer Graphics

NOC:Computer Networks and Internet Protocol

NOC:Computer Organization and Architecture

NOC:Computer Organization and Architecture A Pedagogical Aspect

NOC:Computer Vision

NOC:Computer architecture and organization

NOC:Cryptography And Network Security

NOC:Data Analytics with Python

NOC:Data Base Management System

NOC:Data Mining

NOC:Data Science for Engineers

NOC:Data Structure and algorithms using Java

NOC:Deep Learning

NOC:Deep Learning - Part 2

NOC:Deep Learning for Computer Vision

NOC:Deep Learning- Part 1

NOC:Demystifying networking

NOC:Design & Implementation of Human-Computer Interfaces

NOC:Design and Analysis of Algorithms

NOC:Design and Engineering of Computer Systems

NOC:Design and pedagogy of the introductory programming course

NOC:Discrete Mathematics

NOC:Discrete Mathematics _ IIITB

NOC:Discrete Structures

NOC:Distributed Systems

NOC:Embedded System Design with ARM

NOC:Embedded Systems Design

NOC:Embedded Systems-Design Verification and Test

NOC:Ethical Hacking

NOC:Foundations of Cryptography

NOC:Foundations to Computer Systems Design

NOC:Fundamentals of Database Systems(Course sponsored by Aricent)

NOC:GPU Architectures and Programming

NOC:Getting Started with Competitive Programming

NOC:Google Cloud Computing Foundation Course

NOC:Hardware Security

NOC:Hardware modeling using verilog

NOC:Information Security - 5 - Secure Systems Engineering

NOC:Information Security - II(Course sponsored by Aricent)

NOC:Information Security-3

NOC:Information security - IV

NOC:Introduction to Automata, Languages and Computation

NOC:Introduction to Blockchain Technology and Applications

NOC:Introduction to Cryptology

NOC:Introduction to Database Systems

NOC:Introduction to Game Theory and Mechanism Design

NOC:Introduction to Human Computer Interaction

NOC:Introduction to Industry 4.0 and Industrial Internet of Things

NOC:Introduction to Information Security I

NOC:Introduction to Machine Learning

NOC:Introduction to Machine Learning (Tamil)

NOC:Introduction to Machine Learning(Course sponsored by Aricent)

NOC:Introduction to Modern Application Development

NOC:Introduction to Operating Systems

NOC:Introduction to Parallel Programming in OpenMP

NOC:Introduction to Quantum Computing: Quantum Algorithms and Qiskit

NOC:Introduction to Soft Computing

NOC:Introduction to algorithms and analysis

NOC:Introduction to internet of things

NOC:Introduction to programming in C

NOC:Machine Learning for Earth System Sciences

NOC:Machine Learning for Engineering and Science Applications

NOC:Machine Learning,ML

NOC:Mobile Computing

NOC:Model Checking

NOC:Modern Algebra

NOC:Modern Application Development

NOC:Multi-Core Computer Architecture-Storage and Interconnects

NOC:Multimodal Interaction

NOC:Natural Language Processing

NOC:Object Oriented System Development using UML, Java and Patterns

NOC:Object-Oriented Analysis and Design

NOC:Online Privacy

NOC:Operating System Fundamentals

NOC:Parallel Algorithms

NOC:Parameterized Algorithms

NOC:Practical Machine Learning with Tensorflow

NOC:Privacy and Security in Online Social Media

NOC:Probability for Computer Science

NOC:Problem Solving through Programming in C

NOC:Programming and Data structures (PDS)

NOC:Programming in C++

Module 1: Recap of C (Lecture 01) - Transcript

Module 1: Recap of C (Lecture 01) - Transcript

Module 1: Recap of C (Lecture 01) - Transcript

Module 1: Recap of C (Lecture 01) - Transcript

Module 1: Recap of C (Lecture 01) - Transcript

Module 1: Recap of C (Lecture 01) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture 02) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 01: Recap of C (Lecture -03) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 02: Programs with IO and Loop (Lecture 04) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 03: Arrays and Strings (Lecture 05) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 04 : Sorting and Searching (Lecture 06) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 05: Stack and its Applications (Lecture 07) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions(Lecture 08) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 06: Constants and Inline Functions (Contd.) (Lecture 09) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07 : Reference and Pointer ( Lecture 10) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Lecture 12) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 13) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 08: Default Parameters and Function Overloading (Contd.) (Lecture 14) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (lecture 15) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 09: Operator Overloading (Contd.) (Lecture 16) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Lecture 17) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 10: Dynamic Memory Management (Contd.) (Lecture 18) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11: Classes and Objects (Lecture 19) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 11 Classes and Objects (Contd.) (Lecture 20) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12: Access Specifiers (Lecture 21) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 12 : Access Specifiers (Contd.) (lecture 22) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13 : Constructors, Destructors and Object Lifetime (Lecture 23) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 24) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 13: Constructors, Destructors and Object Lifetime (Contd.) (Lecture 25) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Lecture 26) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 27) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 14: Copy Constructor and Copy Assignment Operator (Contd.) (Lecture 28) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15: Const-ness (Lecture 29) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 15 : Const-ness (Contd.) (Lecture 30) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 16: Static Members (Lecture 31) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 17: friend Function and friend Class (Lecture 32) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 18: Overloading Operator for User Defined Types: Part - I (Lecture 33) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 19: Overloading Operator for User Defined Types: Part - II (Lecture 34) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 20: Namespace (Lecture 35) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 21: Inheirtnace : Part I (Lecture 36) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 22: Inheritance : Part II (Lecture 37) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 23: Inheritance : Part III (Lecture 38) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 24: Inheritance : Part IV (Lecture 39) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 25: Inheritance : Part V (Lecture 40) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 26 : Dynamic Binding : Part I (Lecture 41) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 27: Dynamic Binding (Polymorphism) : Part II (Lecture 42) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 28 : Dynamic Binding (Polymorphism) : Part III (Lecture 43) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 29 : Dynamic Binding (Polymorphism) Part IV (Lecture 44) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 30 : Dynamic Binding (Polymorphism) : Part V (Lecture 45) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 31: Virtual Function Table (Lecture 46) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 32: Type casting and cast operators : Part I (Lecture 47) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 33: Type casting and cast operators : Part II (Lecture 48) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 34: Type casting and cast operators : Part III (Lecture 49) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Lecture 50) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 35: Multiple Inheritance (Contd.) (Lecture 51) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 36: Exceptions (Error Handling in C) : Part I (Lecture 52) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 37 : Exceptions (Error Handling in C) : Part II (Lecture 53) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 38 : Template (Function Template) : Part I (Lecture 54) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 39 : Template (Function Template) : Part II (Lecture 55) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

Module 40 : Closing Comments (Lecture 56) - Transcript

NOC:Programming in Java

NOC:Programming in Modern C++

NOC:Programming, Data Structures and Algorithms

NOC:Programming, Data Structures and Algorithms using Python

NOC:Python for Data Science

NOC:Randomized Algorithms

NOC:Randomized Methods in Complexity

NOC:Real Time Operating System

NOC:Real-Time Systems

NOC:Reinforcement Learning

NOC:Scalable Data Science

NOC:Secure Computation: Part I

NOC:Secure Computation: Part II

NOC:Social Network Analysis

NOC:Social Networks

NOC:Software Conceptual Design

NOC:Software Engineering

NOC:Software Project Management

NOC:Software Testing

NOC:Software testing

NOC:Spatial Innformatics

NOC:Statistical learning for Reliability Analysis

NOC:Switching Circuits and Logic Design

NOC:Synthesis of Digital Systems

NOC:Systems and Usable Security

NOC:The Joy of Computing using Python

NOC:Theory of Computation

NOC:User-centric Computing for Human-Computer Interaction

NOC:VLSI Physical Design

NOC:Wireless Ad Hoc and Sensor Networks

Natural Language Processing

Numerical Optimization

Operating Systems

Parallel Algorithm

Parallel Algorithms

Parallel Computer Architecture

Parallel Computing

Pattern Recognition

Performance Evaluation of Computer Systems

Principles of Communication

Principles of Compiler Design

Principles of Programming Languages

Program Optimization for Multi-core Architectures

Programming and Data Structure

Real Time Systems

Riemann Hypothesis and its Applications

Software Engineering

Storage Systems

System Analysis and Design

Theory of Automata and Formal Languages

Theory of Automata, Formal Languages and Computation

Theory of Computation

VLSI Design Verification and Test

Virtual Reality

Electrical Engineering

Electronics & Communication Engineering

Engineering Design

Environmental Science

Humanities and Social Sciences

Mechanical Engineering

Metallurgy and Material Science

Mining Engineering

Multidisciplinary

Ocean Engineering

Textile Engineering

Module 07: Reference and Pointer (Contd.) ( Lecture 11) - Transcript [Gujarati]

Content Provider	NPTEL
Author	Das, Partha Pratim Chattopadhyay, Samiran Datta, Kausik
Organization	IIT Kharagpur
Abstract	There has been a continual debate on which programming language/s to learn, to use. As the latest TIOBE Index for May 2019 indicates â€“ Java (16%), C (14%), C++ (8%), Python (8%), and C# (4%) together control nearly half the programming community. Given this, it is still important to learn C and C++ because of the efficiency they offer. While we appreciate that Java is good for applications, for graphics; and we acknowledge that Python is appropriate for portable software, engineering problem solving (especially ML), and graphics; it is worth bearing in mind that the JVM (Java Virtual Machine) and PVM (Python Virtual Machine - Python interpreter) are indeed written in C++, making C++ the father of all languages today. Well, C++ is the systems language. It is multi-paradigm - procedural, object-oriented, functional, and generic. So, why should I learn it if my primary focus is on applications? The answer lies in the recent updates of C++, namely, C++11, C++14, C++17, and upcoming C++20 that offer excellent depths and flexibility for C++ that no language can match. These extensions attempt to alleviate many of the long-standing shortcomings of C++ including porous resource management, error-prone pointer handling, expression semantics, and better readability. The present course builds up on the knowledge of C programming and basic data structure (array, list, stack, queue, binary tree etc.) to create a strong familiarity with C++98 and C++03. Besides the constructs, syntax and semantics of C++ (over C), we also focus on various idioms of C++ and attempt to go to depth with every C++ feature justifying and illustrating them with several examples and assignment problems. On the way, we illustrate various OOAD (Object-Oriented Analysis and Design) and OOP (Object-Oriented Programming) concepts. While this course can be understood independently (after a course in C programming), it would help in developing understanding in OOP. Hence this course is advised in conjunction with OOAD. End Note: If you wonder how C++ stands against Java, note the relative movement of the languages since 2016 (when these course videos were recorded) till 2019. In 2016, Java stood at 21% and C/C++ combine at 20%. In 2019, Java has slipped to 16% and C/C++ combine has climbed to 22%. And Java is an application programming language while C++ is a systems language!
Unique ID	106105151
Language	Gujarati
Access Restriction	Open
Subject Keyword	Post Graduate Course Under Graduate Course Higher Education Remote Studies Web Resources Web Course Undergraduate/Post Graduate Engineering Course Lectures Basic Science Course Lecture Undergraduate Engineering Course Engineering Video Course Engineering Course Content Course Assignments Transcripted Engineering Video Course NPTEL Course Content Post Graduate Engineering Course Self-learning Engineering Course Engineering Course e-content Online Engineering Course Content Open Online Engineering Course UG Engineering Course Engineering Course Lectures PG Engineering Course Lectures UG Engineering Course Lectures PG Engineering Course Learning Video Course Course-based Video Lecture Lecture Notes Video Lecture Courseware Computer Science and Engineering
Content Type	Text
Educational Use	Self Learning Research
Resource Type	Course Material
Education Level	Under Graduate Post Graduate
Subject	Computer science, information & general works Other branches of engineering

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