NS3 is a prominent network simulation tool designed to create network research and design protocol in wireless network. We offer B.TECH projects in NS3 which covers project for final year students. We developed more network application projects for engineering students. We support all communication, telecommunication and computer science students can develop projects in NS3. We provide IEEE and non IEEE based projects in networking with simulation. We model opportunistic based routing protocol by NS3 simulation.

Link and position based opportunistic routing:

We design R- POR (Link & position based opportunistic routing for mobile Adhoc network to achieve high reliability. We combine geographic & opportunistic routing to attain high packet delivery ratio. By this protocol, we can select best forwarder based on reception power when best forwarder fails, then candidate node task forwarding function of Adhoc network. We implement trigger node which give trigger to handle mechanism when routing is encountered we create route hole handling module in this algorithm which perform while receiving forwarding failure signal.



Routing Protocol NS3 PROJECTS:

In reactive routing protocol, we establish routes only on demand. Node in this protocol required to wait for long time to ensure data transmission and route discovery process. Major benefits of this protocol is routing information is not maintained and broadcasted. We use fresh route to ensure transmission based  on request. On demand distance vector (AODV) and dynamic source routing (DSR) are reactive routing protocol.

Proactive routing protocol:

We refer proactive routing protocol as table driven routing protocol to maintain data and current routing information on all nodes in network when topology modification happens, then routing information stored in routing protocol are updated. By this protocol, we can optimize route without any delay. Topology broadcast based on reverse path forwarding (TBRPF) and optimized link state routing (olsr) are proactive routing protocol.

Adhoc network NS3 PROJECTS:

We categorize routing protocol in Adhoc network as:

  • Reactive routing protocol.
  • Proactive routing protocol.
  • Hybrid routing protocol.

We developed more than 100+ B.TECH PROJECTS IN NS3 with the above protocols by our team.


Hybrid routing protocol:

We implement hybrid routing protocol which inherit characteristics of both reactive and proactive routing protocols. This protocol is highly scalable in any network and does not require flooding process in network. Hop net and zone routing protocols are hybrid routing protocols.

research on robotic sensor network of b.tech projects in ns3

Fuzzy based stable routing scheme:

We propose fuzzy based stable routing algorithm to find most stable route for data transmission. This algorithm function based on considering number of intermediate nodes packet queue occupancy and distance among nodes are given as input for fuzzy logic system. We evaluate these parameters and calculate route lifetime by fuzzy controller. We use this algorithm to consider QOS factors such as packet delivery ratio, end to end delay and routing load.