NS2 Projects for M Tech Students

NS2 Projects for M.Tech Students on Vehicular Adhoc network projects (VANET):

We also implement a technology called VANET which use moving vehicle as node in network to make mobile network. Also, We ensure road safety measures where information about vehicle speed, location coordinates are passed without any deployment infrastructure.

We implement intelligent transport system with vehicle to vehicle communication and vehicle to roadside communications. And also We simulate VANET in two parts are:

Traffic simulation:

We also define mobility model by generating traffic movement for vehicle.

Network simulation:

We also generate inter vehicle communication which define communication protocol.

Features of vanet:

We also adopt vanet with following features are:

• Mobility model and also prediction.
• High dynamic topology.
• Interaction also with on board sensors.
• Frequent network disconnection.

Application of VANET:

We also implement Vanet in following application are:

• Broadband service.
• Public safety applications.
• Traffic management also based on applications.

Mobile Adhoc networks (MANETs):

We design MANET with less infrastructure mobile device connected by wireless links for M.tech projects. It ensures message communication among nodes and pass through one or more intermediate hosts that double as routers.

Manet routing protocols used in Ns2:

We use following protocols in our projects and papers are taken from Springer journals.

Proactive routing protocols:

In this protocol, every node has routing table to broadcast and to establish connection with other nodes in network. We record all presented destination, hops count to arrive destination in routing table.

Reactive routing protocol:

This protocol are used for route in an on demand manner and set link to send and accept packet from source to destination node.

DSDV:

We use destination sequence distance vector and proactive protocol which maintain routing table that contain a list of available destination, no of hops to reach destination and sequence number assigned by destination node. Consequently We mainly implement this protocol for student projects.

DSR:

We use dynamic source routing a reactive protocol in which sender knows hop by hop route to destination and store in route cache.

AODV:

We also implement Adhoc on demand distance vector routing a reactive protocol. This protocol request route when it is needed. It also uses destination sequence number which correspond also to destination node which requested by routing sender node.