AI-Based NS2 Network Simulator Projects for Final Year

Network Simulator 2 Projects

Network Simulator 2 Projects help to perform various simulations using TCL and C++. We guide students and PhD scholars to develop their own AI-Based NS2 Network Simulator Projects for Final Year and to simulate different routing protocols. NS2 is an event-driven program mainly designed to simulate both wireless and wired networks.

Applications of NS2:

AI-Based NS2 Network Simulator Projects for Final Year are widely used in research domains. NS2 helps to simulate the following applications:

1. Wireless sensor networks and their protocols

2. Mobile ad hoc networks and their protocols

3. Various IP networks

4. New protocols before deploying them in real environments

5. Real-time experiments

Protocols Implemented using NS2:

AI-Based NS2 Network Simulator Projects for Final Year can implement the following routing and transport layer protocols:

TORA, DSR, AOMDV, DSDV, ZRP, AODV

Transport protocols: TCP, UDP

Wired Network Layer Protocols:

NS2 also supports several wired network layer protocols and applications. Our experts provide AI-Based NS2 Network Simulator Projects for Final Year guidance for implementing Satellite model, Queue management, LAN (Local Area Network), FTP, Telnet, HTTP, SCTP, RTCP, XCP, RTP, Multicast protocols, Hierarchical Routing Protocols, and Unicast protocols.

Types of Routing Protocols in Network Simulator 2 Projects:

There are two main types of routing protocols that can be tested in AI-Based NS2 Network Simulator Projects for Final Year:

1. Proactive routing protocols

2. Reactive routing protocols

In proactive routing, routing information is available before data transfer, whereas reactive routing protocols discover routes dynamically during data transfer. Both approaches can be implemented and tested in AI-Based NS2 Network Simulator Projects for Final Year.

Steps Involved in Network Simulator 2 Projects:

The typical workflow of AI-Based NS2 Network Simulator Projects for Final Year includes the following steps:

- Writing TCL scripts

- Creating simulation objects in C++

- Creating OTCL objects from TCL scripts

- Communication between OTCL and C++ objects

- Running the scripts for results

A simple wired network can be simulated with a server, a router, and multiple clients. For example, the server sends packets to clients through the router. Similarly, larger topologies with multiple routers and clients can be created in AI-Based NS2 Network Simulator Projects for Final Year for research and academic purposes.

We provide expert guidance for students and scholars to design their own scenarios in NS2 and successfully complete their AI-Based NS2 Network Simulator Projects for Final Year.