Wireless Ns2 Projects

Wireless Ns2 Projects provide you latest and innovative ideas to enhance your research career. We have a research team which contains high talented and most experienced programmer for ready for serving your betterment. And We have completed nearly 9000+ Ns2 Projects till now with our experts. So we are providing support for our research scholars and students through our 120+ branches worldwide.

We also tie-up with a large number of universities and colleges to provide research guidance for students. Day by day, we have got positive feedback about our fruitful work, which spread our popularity among researchers and students. We also never failed up with any new concepts or our own concepts by having 10+ years of research experience.

Wireless Ns2-Projects

In this Wireless Ns2 Projects offer you great platform to reach your destination in research. . We also support students and research scholars in all the ways if you are committed to us. We also give you 100% assurance for the quality and on time delivery of your research project. We stand up with the name of the world’s number one institute also in research.

We also focused on the latest and innovative trends that sustain our team work among researchers and scholars, and they continuously approach us to their research work. Let’s also see some of the important aspects of Wireless Ns2 Projects for your review.

We also provided support for both wired and wireless network simulations. In wireless networking, at the beginning of a wireless simulation, the definition of network components is also required, and the definition of the other parameters, such as type of antenna, radio-propagation model, and the type of ad-hoc routing protocol used by mobile nodes, etc.

Ns2 support for the following components and parameters in wireless network,

Network Components Which are Consist of Mobile Node

Link Layer (LL)
Interface Queue (IfQ)
MAC Layer
PHY layer

Important NS2 Commands

Set ns: Creates a new simulator object
Create-god $par(nn): Creates the GOD(General Operations Director)
Set topo [new Topography]: Creates and configure topography
$ns node-config: Used to specify nodes configuration parameters
$node_(0) set X, set Y, set Z: Sets nodes X, Y and Z co ordinates
set agent [new Agent/UDP]: Create new TCP Source Agent
set app [new Application/ Traffic /CBR]: Creates new application Agent (CBR)

Major Networking Area in Ns2

Underwater acoustic sensor network
Vehicular Ad hoc also in network
Software defined network
Wireless sensor network
Wireless sensor Ad hoc also in networks
Cognitive radio networks
Ad hoc cognitive packet network
Large scale electrical energy transmission also in networks
Energy distribution also in networks
Social network
Linear sensor also in network
Wireless mesh also in network
Deep space network
Feed-forward artificial neural also in network
Biological network
Digital network
Industrial network
Artificial neural network
Multi-hop wireless also in network
Mobile networks
Mobile Ad hoc network
LTE networks
Wireless cellular also in networks
Wireless-medical sensor also in networks
Wireless smart grid networks
Binary infrared sensor network
Large scale Boolean also in networks

Parameters Using in Wireless-Network Design

MAC layer protocol: TDMA, CDMA, IEEE Mac 802.x
Routing protocols: AODV, DSDV and also DSR
Physical layers: Different channels, Directional antenna, also Omni directional Antenna.
QoS: Diffserv
Radio propagation, mobility models, also Energy models
Topology Generation tools
Visualization tools (NAM), also Tracing

Recent Research Topics

Monitoring critical infrastructures in bridges using evaluation and also analysis of a prototype wireless sensor
Optimized performance in mobile ad hoc networks also using modified AODV energy aware routing
Wireless sensor network also for efficient timing sync protocol
Attacks and also its impact with cognitive radio ad hoc networks
Wireless sensor networks also for cross layer congestion control algorithm based on compressed sensing
Wireless sensor network traffic also for energy latency tradeoff using energy efficient MAC protocol
Multicasting also using secure data transmission routing protocol
Hybrid channel assignment protocol also for improving energy efficiency of wireless mesh network
Energy efficiency and optimal data packet size also for underwater wireless network
Eigen trust algorithm for self-organised protocol also for evaluating trust in MANET
E-model also for QoE assessment of VoIP over IEEE 802.16 networks with DaVinci codes

We also hope that the abovementioned information is sufficient to have the knowledge about Wireless-Ns2 Projects. Apart from project development, we also provide thesis writing, journal paper writing, paper publication, etc. Feel free to contact us if you need any further We are also eagerly waiting to help you in your research.