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
- Port:
- A port is a logical endpoint for communication, identified by a numerical value known as the port number. Port numbers are used to distinguish different services or applications running on the same device. There are two types of ports: well-known ports and dynamic or ephemeral ports.
- Well-Known Ports (0-1023): Reserved for commonly used services. For example, HTTP typically uses port 80, and HTTPS uses port 443.
- Registered Ports (1024-49151): Assigned by the Internet Assigned Numbers Authority (IANA) to various applications and services.
- Dynamic or Ephemeral Ports (49152-65535): Typically used as temporary ports by client applications when connecting to servers.
- When two devices communicate, each endpoint of the communication will use a combination of an IP address and a port number. For example, a web server might use the IP address 192.168.1.1 and port 80 for HTTP communication.
- A port is a logical endpoint for communication, identified by a numerical value known as the port number. Port numbers are used to distinguish different services or applications running on the same device. There are two types of ports: well-known ports and dynamic or ephemeral ports.
- Socket:
- A socket is a combination of an IP address and a port number that uniquely identifies a specific endpoint in a network. Sockets are used to establish communication channels between processes running on different devices. In essence, a socket represents a communication endpoint, and it enables processes on different devices to send and receive data.
- A socket is typically represented by a 4-tuple: (source IP address, source port number, destination IP address, destination port number).
- In programming, a socket is an application programming interface (API) that provides a set of functions to establish, manage, and close network connections. Sockets are used by applications to communicate over a network, and they can be implemented in various programming languages.
