Ns2 Wireless Wired Network project is our dedicated service started for the scholars, who wish to work on NS2 Simulation projects. NS2 is an open source simulator used for both wired and wireless networks. We have emphasized on Ns2 Wireless Wired simulation in this article as we want to give a broad idea on NS2 based projects for students. NS2 has wide scope for research but one has to understand it and work on it. We have prominent experts and dedicated network engineers, who can help you to get a novel and innovative research idea in NS2. As an initial step towards our guidance, we have provided an overview about the types of Networks and concepts supported by NS2 for scholars to work upon it. Let’s first know about the types of wireless and wired networks available.

Types of Wired and Wireless Networks:

Wired Networks:

  • Local Area Network
  • Wide Area Network
  • Metropolitan Area Network

Wireless Networks:

  • Wireless LAN, MAN, PAN and WAN
  • Wireless Mesh Networks
  • Wireless body area network
  • Space Network
  • Satellite and communication Networks
  • Wireless sensor Networks
  • Terrestrial Microwave Networks
  • Ad hoc Networks[VANET, MANET, WANET]
  • LTE Networks
  • 5G Networks

Research issues in Wired and Wireless Networks:

Wired Networks:

  • Detection of distributed denial of service attack
  • TCP based connection issues in wired networks
  • Link failure and recovery
  • Multimedia Issues etc

Wireless Networks:

  • Data Management and dissemination issue
  • Caching of data allocation, invalidation and replacement
  • Performance analysis of wireless network
  • Mobile IP protocols
  • Route Optimization techniques
  • Mobility management and IPv6 support etc

Recent Research topics in NS2 Wireless wired Networks:

  • Fault tolerant topology control in heterogeneous wireless sensor Networks
  • An online approximation of optimal resource allocation in Delay tolerant Networks
  • Interference based topology control in Delay constrained Mobile Ad hoc Networks
  • Improving physical layer security in wireless communication using diversity technique.
  • Joint optimal data rate and power allocation in Ad hoc Networks using delay constrained traffics
  • Self organising Resource management in OFDMA Femto cells
  • Game theoretic topology control for Opportunistic localization in Underwater sensor network applications
  • Circular joint sink Mobility scheme in WSN
  • Detection of Node misbehaviour using overhearing and autonomous agents in VANET
  • Efficient downlink scheduling in LTE Networks using discontinuous Reception Mechanism
  • Quality preserving Multimedia data aggregation and privacy control in Participatory sensing systems
  • Truthful detection and privacy preserving of Packet dropping in Ad hoc Networks
  • Virtual coordinated based bypassing void routing in Wireless Sensor Networks
  • An efficient distributed trust model for Wireless Sensor Networks
  • Conditional privacy preservation and Non repudiation in Vehicular Ad hoc Networks.
  • In VANET, BUS vehicular network integrated with traffic Infrastructure to enhance the performance and simulation result.


      Hope you would have got an idea about NS2 simulation for wired and wireless networks. We provide complete support for any type of projects in NS2. Even if students feel to work upon their own concepts, we are pleasured to support them. Our only focus is student’s satisfaction and contentment, which makes us the best as compared to other institute. If you feel to have further guidance or tutoring service on NS2, approach our experts through online. We are ready to support you at 24/7.




                  AND OUR GUIDANCE TO UPLIFT YOU…………………