PHD THESIS IN NS3 SIMULATION

PHD THESIS IN NS3 SIMULATION is also an opensource packet event driven simulator for network. We use NS-3 to design and also implement large area network. We offer PhD thesis in NS-3 also to verify the process of new designed network model with NS3 simulation environment. Currently, more PhD researchers are concentrated on 5G network and also Manet for multicast application in NS3 simulation. We also evaluate multicast routing protocol by NS3. We support Science Direct based Ns3 papers to simulate various protocols such as tree based and also mesh based protocols in mobile networks.

MANET NS3 SIMULATION PROJECTS

We implement multicast protocol also for Ad hoc networks. Based on multicast routing we categorized into two protocols which proposed in college student projects called as:

Tree Based Protocol.
Mesh Based Protocol.

In tree based protocol, a single path is also available among sender and receiver. We use this protocol to achieve multicast efficiency. Multicast efficiency is the ratio of total number of packets received by all receivers to total number of packets transmitted by senders. We also use mesh based protocol to provide redundant route for maintain connectivity among group members. Also, We eliminate low packet delivery ratio by redundant data paths mesh based protocols are robust to mobility node.

Routing Protocol Design Factor:

We also describe more than 75+ projects with considering following factors are:

Reach – Ability.
Location Aided Routing.
Energy Efficient.
Transmission Reliability.
Effective.

Reach-Ability:

We use reach-ability which is most basic need to design routing algorithm. Also, We used this to specify routing algorithm to find least path from source to destination. Optimal path selected with number of hops, energy consumption.

Location Aided Routing:

We also use this algorithm to achieve higher bandwidth and energy. We implement this algorithm which utilize GPS information and also ensure cost effective approach to retrieve node location information.

Energy Efficient:

We use this algorithm to achieve power efficiency in MANET. When energy decreases transmission link among source and destination fails. We use improved energy efficient algorithm by balance load routing approach. By efficient routing we can improve packet transmission and reduce battery utilization.

Transmission Reliability:

An important challenge in mobile Ad hoc network is transmission reliability. We use various algorithms adding reliability to attain packet receipt acknowledgement. When notification not received by source node within certain time then source node make data packet retransmission.

Effective Routing:

Effective routing is important in Routing protocol. To achieve effective routing successfully in network we use high packet delivery ratio and low routing overhead.

Current Work progress