Computer Network Fundamentals Masterclass

Dive Deep: Exploring the Core Concepts of Computer Network, from Physical Layer to Application Layer

What you'll learn

Fundamentals of Computer Network

OSI Model

Data Link Layer

Error Detection and Correction

LAN Protocols

Network Devices

Network Layer

Transport Layer

Application Layer

Data Link Layer Protocols

Network Layer Protocols

Application Layer Protocols

Students will be able to understand basic computer networks effectively

Will enable the students to understand complex Computer Networks

Requirements

Anyone can start learning from the beginning of Computer Networks.

You will get all the basics of Computer Network Step by Step. No Networking Knowledge needed!

Description

Computer networks play a vital role in connecting devices and facilitating communication and information sharing among them. This subject provides a comprehensive understanding of the fundamental concepts, protocols, and technologies that form the foundation of modern computer networks.This Computer Network course is specially designed for engineering students who want to understand how exactly computer Network works and is also helpful for working professionals. This is a unique course in the online marketplace.This course is beneficial to the students of various branches such as Computer Science, Computer Engineering, Electronics, and Communication Engineering, IT Engineering as well as students from Science and Diploma stream.This course serves as a valuable resource for both university students and working professionals alike, offering comprehensive insights into the fundamentals of computer networks.This course covers the following topics.- Fundamentals of Computer Networks- Concept of Layering: OSI and TCP/IP Protocol Stacks- Data Link Layer: Stop and Wait, Error Detection, Medium Access Control, CSMA-CD, CSMA-CA and many others- LAN Protocols: Framing, Ethernet LAN, Wireless LAN, Token Ring LAN etc.- Network Devices: Repeater, Hub, Bridge, Switch, Router etc.- Network Layer: Subnetting, CIDR, IP Addressing, Supernetting, IPV4, IPV6, NAT, ICMP, Routing and many more- Transport Layer: Port Number, Flow Control and Congestion Control, UDP, TCP, Sockets and more- Application Layer Protocols: DNS, SMTP, HTTP, FTP, EmailBy the end of the course, students should have a solid understanding of computer network concepts and be equipped with the knowledge and skills to design, implement, and manage small to medium-sized networks, and be familiar with the challenges and considerations involved in larger network environments.Wish you all the BestThank you…

Overview

Section 1: Course Introduction

Lecture 1 Introduction

Section 2: Computer Network Fundamentals

Lecture 2 Introduction to Computer Network

Lecture 3 Computer Network Basics

Lecture 4 Types of Data Communication

Lecture 5 Types of Casting

Lecture 6 Peer to Peer and Client Server Network

Lecture 7 Types of Computer Network

Lecture 8 Topologies of Computer Network

Lecture 9 Hybrid Topology

Section 3: OSI Model

Lecture 10 Basics of OSI Model

Lecture 11 OSI Model

Lecture 12 OSI Model vs TCPIP Model

Lecture 13 TCP Vs UDP

Lecture 14 Transmission Medium

Lecture 15 IP, MAC & Port Address

Section 4: Data Link Layer

Lecture 16 Data Link Layer

Lecture 17 Transmission Delay & Propagation Delay

Lecture 18 Stop & Wait ARQ with Error Free Case

Lecture 19 Stop & Wait ARQ with Special Cases

Lecture 20 Examples on Stop & Wait ARQ

Lecture 21 Capacity of Channel

Lecture 22 Sliding Window Protocol

Lecture 23 Parameters of Sliding Window Protocol

Lecture 24 Go Back N ARQ Protocol

Lecture 25 Examples on Go Back N ARQ Protocol

Lecture 26 Selective Repeat ARQ Protocol

Lecture 27 Comparison of S&W, GBN and SR Protocol

Lecture 28 Examples on Stop and Wait Protocol

Lecture 29 Examples on Go Back N Protocol

Lecture 30 Examples on Selective Repeat ARQ Protocol

Lecture 31 Media Access Protocol

Lecture 32 Channelization Protocol ; FDMA, TDMA, CDMA

Lecture 33 Polling Protocol

Lecture 34 Reservation Protocol

Lecture 35 Token Passing Protocol

Lecture 36 Parameters of Token Passing Protocol

Lecture 37 Pure Aloha

Lecture 38 Slotted Aloha

Lecture 39 Efficiency and Throughput of Aloha

Lecture 40 Examples on Aloha

Lecture 41 CSMA

Lecture 42 CSMA-CD

Lecture 43 Efficiency of CSMA-CD

Lecture 44 Back off Algorithm for CSMA-CD

Lecture 45 Examples on CSMA-CD

Lecture 46 CSMA-CA

Section 5: Error Detection and Correction

Lecture 47 Parity Check

Lecture 48 Checksum

Lecture 49 CRC

Lecture 50 Example on CRC

Lecture 51 Hamming Code

Lecture 52 Hamming Distance

Section 6: LAN Protocols

Lecture 53 Framing

Lecture 54 Ethernet LAN Protocol

Lecture 55 Wireless LAN Protocol

Lecture 56 Token Ring LAN Protocol

Lecture 57 Examples on LAN Protocols

Lecture 58 Examples on LAN Protocols

Lecture 59 Examples on LAN Protocols

Lecture 60 Examples on CSMA Protocols

Lecture 61 Examples on Flow Control Protocols

Section 7: Network Devices

Lecture 62 Repeater

Lecture 63 HUB

Lecture 64 Bridge

Lecture 65 Switch

Lecture 66 Router & Brouter

Lecture 67 Comparison of Network Devices

Lecture 68 Network Segment, Collison Domain & Broadcast Do

Lecture 69 Spanning Tree Protocol

Lecture 70 Example of Spanning Tree Protocol

Section 8: Network Layer

Lecture 71 Network Layer

Lecture 72 Why to do logical Addressing

Lecture 73 Classful Addressing IP Address

Lecture 74 Subnetting

Lecture 75 Subnetting with different sized networks

Lecture 76 CIDR

Lecture 77 Examples on IP Addressing

Lecture 78 Examples on IP Addressing

Lecture 79 Examples of IP Addressing

Lecture 80 Examples of IP Addressing

Lecture 81 Supernetting

Lecture 82 IPV4 frame format

Lecture 83 Fragmentation

Lecture 84 Examples of IPV4 and Fragmentation

Lecture 85 IPV4 Broadcasting

Lecture 86 Localhost and loopback

Lecture 87 ARP

Lecture 88 RARP

Lecture 89 BOOTP

Lecture 90 DHCP

Lecture 91 Public IP and Private IP

Lecture 92 NAT

Lecture 93 ICMP

Lecture 94 ICMP Applications

Lecture 95 Routing

Lecture 96 Non Adaptive Routing

Lecture 97 Distance Vector Algorithm

Lecture 98 Link State Algorithm

Lecture 99 Switching in Computer Networks

Lecture 100 IPV6 basics

Lecture 101 IPV6 casting

Lecture 102 IPV6 Frame format

Lecture 103 Examples on Network Layer

Lecture 104 Examples on Network Layer

Lecture 105 Examples on Network Layer

Lecture 106 Examples on Network Layer

Lecture 107 IPV4 vs IPV6

Section 9: Transport Layer

Lecture 108 Transport Layer

Lecture 109 Port Number

Lecture 110 Sequence Number and Acknowledgement Number

Lecture 111 Wrap Around Time and Lifetime

Lecture 112 Header Length and Checksum

Lecture 113 TCP Connections

Lecture 114 PSH, URG, RST and options

Lecture 115 Flow Control in TCP

Lecture 116 Sliding Window Protocol in TCP

Lecture 117 Retransmission in TCP

Lecture 118 Congestion Control in TCP

Lecture 119 Basic Algorithm for Timeout Timer in TCP

Lecture 120 Timers in TCP

Lecture 121 Jacobson Algorithm for Timeout Timer

Lecture 122 Karn's Modification for Timeout Timer

Lecture 123 Silly Window Syndrome in TCP

Lecture 124 Leaky Bucket and Token Bucket Algorithm

Lecture 125 UDP basics

Lecture 126 UDP Segment Header

Lecture 127 Examples of TCP and UDP

Lecture 128 Examples of TCP and UDP

Lecture 129 Examples of TCP and UDP

Lecture 130 Examples of TCP and UDP

Section 10: Application Layer

Lecture 131 Application Layer Protocols

Lecture 132 DNS

Lecture 133 SMTP POP & IMAP

Lecture 134 HTTP

Lecture 135 FTP SFTP & TFTP

Lecture 136 Examples on Application Layer Protocols

Lecture 137 HTTP Vs HTTPs

Computer Science Students,IT Professionals,Students Preparing for Interview in Computer Networking Domain,Beginners in IT and networking field,Professionals Transitioning into IT Careers,Anyone Interested in Technology