COMPUTER NETWORK AND SECURITY
INTRODUCTION TO COMPUTER NETWORK
- Definition, Uses And Benefits
- Overview Of Network Topologies
- Overview Of Network Types
- Protocols And Standards
- Osi Reference Model
- Tcp/Ip Model
- Comparison Of Osi And Tcp/Ip
- Connectionless And Connection Oriented Network Services
- Internet, Isp, Backbone Overview
- Client Server And Peer To Peer Network
- Assignemnt -Chapter 1
- Chapter 1 Slides-Bca
- Chapter 1 Slides-Bsccsit
PHYSICAL LAYER
DATA LINK LAYER
- Definition And Function
- Overview Of Llc And Mac
- Framing
- Flow Control
- Channel Allocation Techniques
- Ethernet Standards
- Dll Protocol
- Hamming Code-(Error Detection And Correction)
- Asynchronous Transfer Mode(Atm)
- Ieee 802.11
- Error Detection And Correction
- Parity Check - Error Detection
- Checksum -Error Detection
- Crc- Cyclic Redundancy Code
- Data Link Layer - Slides
NETWORK LAYER
- Introduction And Function
- Ipv4 Addressing And Subnetting
- Classful Address And Classless Addressing
- Ipv6 Addressing And Features
- Ipv4 And Ipv6 Header Format
- Comparision Of Ipv4 And Ipv6
- Example Address: Unicast, Multicast And Broadcast
- Example Address: Unicast, Multicast And Broadcast
- Routing And Routing Table
- Types Of Routing (Static Vs Dynamic, Unicast Vs Multicast,Link State Vs Distance Vector, Interior Vs Exterior)
- Routing Algorithm
- Routing Protocols
- Ipv4 To Ipv6 Transition Mechanism
- Icmp And Icmpv6
- Nat
- Network Traffic Analysis
- Firewall
- Access Control List
- Path Computation Algorithm
- Subnetting Numerical
Transport Layer
Multiple Choice Question
Application Layer
Network Security
Multimedia and Future Networking
COMPUTER NETWORK LAB WORK
- Lab 5:Basic Router Configuration
- Static Routing
- Dynamic Routing
- Creation Of Vlan And Trunking
- Creating A Lan And Connectivity Test In Lan
- Lab 3: Basic Network Command
- Implement Firewall Using Packet Tracer
- Basic Firewall Implementation
- Dns And Web Server Configuration
- Ftp
- Acl(Access Control List)
- Ethernet Cabling- Straight And Crossover
- Lab 1: Prepare A Hardware And Software Specification For Basic Computer System
- Lab 3: Determine Appropriate Placement Of Networking Device On A Network
TCP/IP MODEL
TCP/IP Model was developed in the 1970s by the U.S. Department of Defense and is widely adopted and forms the basis of the modern Internet. The TCP/IP model, also known as the Internet Protocol Suite, is a set of communication protocols used for the Internet and similar networks. It consists of four layers, each responsible for different aspects of the communication process.
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Link Layer (Network Access Layer)
- Function: This layer handles the physical and logical connection between devices on a local network. It deals with the hardware addressing and the media used for communication.
- Protocols/Technologies: Ethernet, Wi-Fi (IEEE 802.11), ARP (Address Resolution Protocol), PPP (Point-to-Point Protocol).
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Internet Layer
- Function: The Internet layer is responsible for logical addressing, routing, and packet forwarding. It ensures that data can travel across multiple interconnected networks.
- Protocols: IP (Internet Protocol), ICMP (Internet Control Message Protocol), IGMP (Internet Group Management Protocol).
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Transport Layer
- Function: The Transport layer provides end-to-end communication services for applications. It ensures data integrity and proper sequencing and offers error checking and flow control.
- Protocols: TCP (Transmission Control Protocol), UDP (User Datagram Protocol).
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Application Layer
- Function: The Application layer provides protocols and services for application-level functions, such as email, file transfer, and web browsing. It interfaces directly with end-user applications.
- Protocols: HTTP (HyperText Transfer Protocol), FTP (File Transfer Protocol), SMTP (Simple Mail Transfer Protocol), DNS (Domain Name System), Telnet, SSH (Secure Shell).
