NS Network Simulator 3 Projects, an ultimate destination for nurturing your skills and talents to make yourself to stand in the midst of top scholars. Only budding scholars can give a new direction to research by using their ingenious and creative minds. Students of today are future of tomorrow. When you have such a high responsibility in your hands, how can we stand still? This is the reason; we have started our NS Network Simulator 3 Projects service for students to change their perspective towards their project. We feel that students must bring technological revolution to upgrade our society with their immense support. We are here to harness the potential hidden inside each scholar to bring out the best in them. Let’s join together to change the world with our innovative approach and your creative support.


  NS Network Simulator 3 Projects offers you an extensive collection of innovative and mined ideas of top experts, which enables you to stand high in the midst of others. We work according to the needs and requirements of our esteemed students and always request them to share our professional expertise and experience to upgrade us to the next level. Our entire effort and focus is based on student’s satisfaction and feedback, which plays a significant factor for the enhancement of our personal growth. We are full focused on individual student’s interest and future career prospects as fulfilling their dreams is our ambition. You will never feel regret to choose us as your guiding hands as until now we have 2000+ successful stories. We have enumerated few major concepts of NS3 below for scholars to have an idea about NS3.


  • Discrete event simulator used to provide simulation environment for networking research
  • NS3 is built using C++ and Optionally Python can be used as an interface
  • It has revolved to solve the problem present in NS2 and it is built from scratch
  • As compared to NS2, NS3 requires knowledge of only C++ whereas NS2 is a bi-language system which makes debugging complex
  • NS3 can be used to integrate with real networks as it can be used as Emulator
  • Uses Virtualization scheme to drive real time simulation features
  • Mainly used for research and educational purpose
  • It works on Linux, FreeBSD, MAC OS X and Windows
  • Modules in NS3[aodv, bridge, click, config-store, csma, core, dsdv,flow monitor, LTE, Mesh, Internet, Mobility, Netanim,ns3tcp, nix-vector-routing,openflow,ns3wifi,wimax etc]
  • Supports GUI using NetAnim and ns-3 topology generator
  • Provides database operation using SQLite3
  • It lacks standard IDE [Integrated development environment]
  • Use configuration management to configure the default and per-instance values of simulation parameters
  • Emphasizes on software reuse using its direct execution environment support
  • Provides support for call driven events and connections


  • Weighting depth and forwarding area division DBR Routing protocol
  • Scalable bloom filters
  • Homomorphic encryption

Ns3 downlink scheduling algorithms:

  • Proportional fair maximum throughput scheduler
  • Round Robin scheduling
  • Token bank fair queue scheduler
  • Blind equal throughput scheduler
  • Throughput to average scheduler
  • Priority set scheduler

Clustering Algorithms:

  • Mobility based d-hop clustering algorithm
  • Least cluster change algorithm
  • Lowest ID cluster algorithm
  • Max-Min d-cluster formation algorithm
  • Adaptive cluster load balance method
  • K-hop connectivity ID clustering algorithm
  • Mobility based Metric for clustering
  • Adaptive multihop Clustering
  • Load balancing clustering
  • 3-hop between adjacent cluster heads
  • Adaptive clustering for mobile wireless network
  • Vote based clustering algorithm
  • Entropy based weighted clustering algorithm
  • Passive clustering
  • Weight based adaptive clustering algorithm
  • Weighted Clustering algorithm

Routing protocols[for security]:

  • Jigsaw puzzle
  • Security aware Ad-hoc Routing
  • IP Level security
  • Secure Routing protocol
  • Secure link state Routing protocol
  • Security protocol for Reliable Data delivery
  • Watchdog and Pathrater
  • Secure Ad hoc On-demand Distance vector Routing
  • On-demand secure Routing protocol

Vertical Handover Decision Algorithm:

  • Bandwidth based algorithm
  • RSS based algorithms
  • Combination algorithms
  • Cost function based algorithms
  • Authentication based Algorithm
  • Multiple attributes Decision Making based Algorithm

Spectrum sensing Techniques:

  • Matched filter detection
  • Non-Cooperative detection
  • Cyclostationary feature detection
  • Energy detection
  • Cooperative or collaborative detection


  • WebRTC over LTE
  • Named Data Networking
  • Efficient content delivery using CCN in Ad-hoc networks
  • Reliable data aggregation methodology
  • Smart Grid communication
  • Car2X-Systems over LTE
  • Integration of heterogeneous wireless networks, Distributed Cloud and IOT devices for CTTC 5G platform
  • WLAN based M2M communication
  • Maximum utility scheduling in Drive through internet for Multimedia transmission
  • Self organized backpressure routing protocol in wireless mesh networks


  We have provided an overview about the major concepts and research areas for NS3. This would give you, a startup idea for your NS Network Simulator 3 Projects. If you feel to work on your own newfangled approach or idea, it’s our pleasured to work for you.