NS2 SimulationNS2 Simulation Thesis | NS2 Simulation Projects
NS2 is an important network simulator which model network protocol in wired, satellite and wireless communication. We transfer physical network activities into events. Network events are queued and processed by scheduled occurrences. We offer latest NS2 simulator projects with IEEE based papers on networking. We use NS2 projects for ECE, CSE and IT students to complete their innovative projects in networking. We provide NS2 with network flow analysis in GIS model. We design large scale wireless system which carried out by NS2 simulator for academic projects. We ensure NS2 with full support for MAC layer based application design.
Network flow analysis:
We design most networks to support flow of objects. We consider geographic information system (GIS) with important attribute as network capacity. We use network flow direction to provide attribute value more accurately based on topology connection from source to destination. Inflow direction system, we use GIS to solve problems such as tracing of upstream & downstream links. When there is congestion in network then GIS create edges with varying function for amount of flow moving across network.
Wireless system with handoff:
We implement wireless system with handoff for B.TECH students. We ensure packet latency and mobility model loss rate support disable of interactive real time network application. We introduce smooth handoff with virtual interface in wireless systems which enable mobile station to create new wireless link with right new access point. By smooth handoff in wireless system, we reduce problem of packet latency and loss ratio in wireless domain. We analyze the simulation results of smooth handoff in wireless network by NS2 simulation. From this model we identify satisfaction of demand interactive real time application in wireless mobile network.
Flow fair intra Piconet scheduling:
We use intra Piconet scheduling protocol to define interaction among master and slaves. We implement data passing by Piconet. We ensure intra Piconet solutions include round robin, elimited variation & fairness schemes are achieved based on per flow basics. By flow fair intra Piconet scheduling, we identifyflow passing by each Piconet slave. We provide FTTP with effective result to decrease packet drop rate end to end packet delivery.
SSP algorithm for bandwidth estimation:
We developed more than 85+ projects with SSP algorithm to find shortest path and safest path in network which ensure data transmission we identify end to end bandwidth in network which is used by overlay networks. We manage multicast & QOS with service level agreement by end to end network system. We find turning point in SDN by parameter such as SRleg and SRdet. In bandwidth estimation we use probe rate & sending rate to find actual path among available bandwidth with fast and accurate. SSP measurement is accurate with less probing packets and less convergence time.
Journal Support for Research Scholars
Ns2 Projects Work Progress
- MANET – Mobile Ad Hoc Network 95%
- VANET – Vechicle Ad Hoc Netwok 97%
- LTE – Long Term Evolution 78%
- IoT – Internet of Things 90%
- Wireless Sensor Network 89%
- Network Security 89%
- Ns2 Attacks 96%
- Cognitive Radio Network 85%
- Parallel and Distributed Computing 73%
- SDN – Software Defined Networking 95%
- P2P , Video Streaming , Peersim 96%
- IPV4 , IPV6 88%
- 4G Network , 5G Network 80%
- Visual , Underwater Sensor Network 79%
- Multicasting Communication 84%
- Wimax, WiFi 90%
- OFDMA 94%