Computer Networks (Hindi)

   Wednesday, May 27, 2020   

Starting a new Lecture Notes Series on Computer Networks

Youtube Lecture Playlist Credits 

Channel Name: Gate Smashers

So Let Us Start to This Journey of Learning Computer Networks

By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Computer Networks and Security Full Syllabus

Lecture 2: Introduction to Computer Network

Lecture 3: Physical layer in computer networks

Lecture 4: Topologies in Computer Networks |Part 1

Lecture 5: Topologies in Computer Networks |Part 2

Lecture 6: Manchester encoding and differential manchester encoding

Lecture 7: Various Devices In Computer Networks

Lecture 8: Types Of Cables in Computer Networks

Lecture 9: Repeaters in Computer Networks

Lecture 10: Hub in Computer Networks

Lecture 11: Bridges In Computer Networks

Lecture 12: Routers in Computer Networks

Lecture 13: What is Circuit Switching in Computer Networks

Lecture 14: Packet Switching In Computer Networks

Lecture 15: Datagram Switching Vs Virtul Circuit Switching in Packet Switching

Lecture 16: What is Message Switching In Computer Networks

Lecture 17: Data link layer in computer Networks and its Responsibilities

Lecture 18: Various Flow Control Protocols| Stop&Wait , GoBackN & Selective repeat in Data Link Layer

Lecture 19: Introduction to Error detection and Correction

Lecture 20: Single Bit Parity along With Hamming Distance Concept

Lecture 21: Cyclic Redundancy Check(CRC) for Error Detection and Correction

Lecture 22: Various Medium Access Control Protocols in Data Link Layer

Lecture 23: What is Pure Aloha

Lecture 24: Pure Aloha Vs Slotted Aloha with all imp points

Lecture 25: Carrier Sense Multiple Access in Computer Network

Lecture 26: Carrier Sense Multiple Access/ Collision Detection

Lecture 27: Numerical Question on CSMA/CD

Lecture 28: Network Layer | Responsibilities of Network Layer | OSI Model

Lecture 29: Class A in IP addressing with Example

Lecture 30: Class B in IP addressing with Example

Lecture 31: Class C in IP addressing with Example

Lecture 32: Class D & Class E in IP addressing with Example

Lecture 33: Find Range, Network Id, Host, Broadcast address with Numerical Examples

Lecture 34: Disadvantages of Classful Addressing

Lecture 35: What is Classless Addressing (CIDR)

Lecture 36: Subnetting in Classful Addressing with Examples

Lecture 37: Variable Length Subnet Masking(VLSM)

Lecture 38: Subnetting in CIDR Addressing

Lecture 39: Numerical Question on CIDR | Classless Addressing

Lecture 40: VLSM in Classless Addressing(CIDR)

Lecture 41: IPv4 Header Format – All Fields Explained

Lecture 42: Fragmentation of IPv4 Datagram

Lecture 43: IPv6 Header Format

Lecture 44: What is Routing Protocols

Lecture 45: Distance vector routing algorithm

Lecture 46: Link state routing in computer networks

Lecture 47: Transport Layer | Responsibilities of Transport Layer

Lecture 48: TCP: Transmission control protocol | part-1

Lecture 49: TCP: Transmission control protocol | Part-2

Lecture 50: TCP connection Establishment and connection Termination

Lecture 51: TCP Data Transfer

Lecture 52: Connection Termination in TCP

Lecture 53: TCP Congestion Control

Lecture 54: UDP (User Datagram Protocol) header

Lecture 55: Advantages of UDP protocol over TCP

Lecture 56: TCP vs UDP differences

Lecture 57: Session Layer of OSI model

Lecture 58: Presentation layer in computer networks

Lecture 59: Application layer of OSI model

Lecture 60: Domain Name System (DNS)

Lecture 61: Domain Name Server(DNS) & its types

Lecture 62: All Networking Protocols & Devices

Lecture 63: Cryptography in computer network

Lecture 64: Symmetric Key Cryptography in Network Security

Lecture 65: Imp Question on Network Security

Lecture 66: Asymmetric key Cryptography

Lecture 67: RSA Algorithm in Network Security with examples

Lecture 68: What is Firewalls and How it Works

Lecture 69: What is Application(Proxy) Firewall

Lecture 70: 3 Imp Questions on Computer Networks