Postgraduate Network Simulator Projects

Postgraduate Network Simulator Projects

  Postgraduate Network Simulator Projects offer inventive platform for you to acquire our expert’s innovative and novel ideas for your network simulation projects. We are given hundreds of network simulation based seminars in various universities and colleges with the vision of provide knowledge for students and researchers to successfully gain best career in this competitive world. Today, we tie up with popular universities and colleges. Due to this, we serve our Postgraduate Network Simulator Projects service for uncountable students and research fellows from more than 120+ countries in universe. We started our Postgraduate Network Simulator Projects service with the goal of provides knowledge for you to know about network simulators and how & where it works. Do you aspire to utilize our Postgraduate Network Simulator Projects service? Approach us immediately via phone or mail.

Postgraduate Network Simulator Projects

  Postgraduate Network Simulator Projects is our most excellent service for you to select best network simulator project topic with the help of our magnificent professional’s guidance. We have knowledge in various network simulators including OPNET, NS2, NS3, GloMoSim, OMNET++, NetSim, JSIM, MiniNet with the aim of provide our knowledge for students and research scholars to successfully accomplish your academic journey. We provide complete support for you to select best research domains, simulators, advanced topic for your Postgraduate Network Simulator projects. In your each and every step of academic journey, we always stay with you to provide our inclusive assistance for you. Here, we discuss about some of the important information about network simulators.

Latest Research in Network Simulators:

  • ESCAPEv2 support VNF implementation, virtual network embedding, traffic steering etc
  • Cloonix network emulator for DNS and BIND demonstration
  • Fast Network simulation Setup (FNSS) Toolchain to AutoNetKit
  • Mininet-Wi-Fi (SDN emulator) support Wi-Fi networks
  • Gephi on Mininet VM
  • Control Amazon EC2 server from Apple iPad using VNC and SSH
  • Mininet on Amazon EC2 server
  • Visulaize SDN Topologies using Gephi and POX
  • Build own network simulator using open source DevOps tools
  • IMUNEs simulator on Linux
  • Map OpenFlow switches in Mininet SDN simulation
  • POX component to create SDN applications
  • Opendaylight SDN controller with Mininet Network Emulator
  • KVM performance limits for virtual CPU
  • Build Linux routers network using Quagga simulator
  • EVE-NG network emulator on Linux system

Mobile Ad Hoc Networks:

 Mobile technology and wireless networking are growing due to the emerging of mobile usage connected in wirelessly. Supported network simulators are such as GloMoSim, NS2, NS3, OMNET++, NCTUns, SWANS, JSIM and OPNET.

Research under MANET,

  • We work on

 -Secure MANET

 -Quality of Service in MANET

 -Locate Nearby Nodes in MANET

 -Neighbor Coverage Based Rebroadcast Probability in MANET

 -IPV6 MANET Networks

 -Internet of Things System in MANET

  • We can use Mobility and Energy Aware Routing Algorithm, congestion Control Mechanisms, mechanism Greedy Behavior Attack Detection algorithm, reliable data transmission etc.
  • We can use iNSpect, NetSim, QualNet for providing best visualization
  • We are working on various routing protocols for network simulation including Aloha MAC Protocol, DSDV, MAODV, TORA, OLSR, Single-Path Multi-Path Routing Protocol, and Distance Efficient Power Aware Routing Protocol

Vehicular Ad Hoc Networks:

 Vehicular Ad Hoc Networks is an interesting research area which is emerging to provide safety and security through traffic in vehicle. Supported simulators are including GrooveNet, TraNS, Nuctns, VanetMobiSim, and NS2 with SUMO/SUM, NS3, GTNetS, and TraNS.

Research under VANET,

  • We work on

 -Improve traffic behavior, road topology, road side buffer etc.

 -Enhance V2V Network Connectivity

 -Improve Connectivity in Network Failure Event

 -Reduce Interference in VANET

 -Analysis Communication Reliability in VANET

  • We can use network aggregation technique, transmission power based clustering algorithm, parallel preemptive algorithm, energy message broadcasting technique, preemptive MACO algorithm, selective epidemic broadcast algorithm etc.
  • We are working on various routing protocols for network simulation including connectivity aware routing protocol, GPC routing protocol, VADD routing protocol, SAFACO based routing protocol, flexible multi-channel coordination MAC protocol, moving zone based routing protocol etc

Wireless Sensor Networks:

 Today, many researchers are working in WSN due to its major issues and scopes. Supported simulators are including NS2, NS3, JSIM, WSN simulator, TOSSIM, JSIM, Avrora, EmStar, OMNET++, OPNET, NetSim, and Matlab. TinyOS is specially designed for WSN.

Research Under WSN:

  • We work on

 -Minimize energy consumption on underwater WSN

 -Life time maximization in WSN

 -Time Synchronization in Dynamic Stochastic

 -Extract Kernel Dataset from big sensory data

 -Saving energy cost in duty cycle WSN

 -Cryptography in wireless multimedia sensor networks

 -Integrate smart grid communication and information in WSN

  • We can use prolong stable election routing algorithm, Cluster based harmony search algorithm, novel boundary recognition and tracking algorithm, adaptive sinkhole aware algorithm, game-theoretic power control mechanism etc
  • We are working on various routing protocols for network simulation including ECC based privacy ware two factor authentication protocol, LEACH, AODV, Pegasis, TEEN, wireless sensor MAC protocol etc.

Cloud Computing:

 Cloud computing is the hottest research area which helps enterprise transform (Amazon Web Services). Supported simulators are including CloudSim, Green cloud, GroudSim, CloudAnalyst, DCSim, iCancloud, EMUSIM, CDOSIM, NS2 (VANET Cloud Computing), NS2 etc

Research Under Cloud Computing:

  • We work on

 -Core network emulator on Amazon AWS server

 -Secure big data storage

 -Scheduling task in cloud computing

 -Monitor resource in cloud environment

 -Cost aware multimedia data allocation for heterogeneous memory

  • We can use privacy preserved full text retrieval algorithm, fastest patch-wise histogram construction algorithm, fuzzy logic and particle swarm optimization algorithm, cloud computing load forecasting algorithm, deadline workflow scheduling algorithm etc
  • We are working on various routing protocols for network simulation including secure internet of things data storage auditing algorithm, novel dual authentication protocol, remote data possession checking protocol, lightweight directory access protocol etc

LTE 4G:

  It is a popular networking domain which having wide scope from current researches. Supported simulators are including NS2, NS3, SimuLTE, OPNET, JSIM, INET, QualNet, OMNET++, LTE SL, and Vienna.

Research Under Cloud Computing:

  • We work on

 -Integrate 4G MIMO antenna with 5G Array

 -Cloud computing data transmission

 -Enhance robustness in LTE system

 -Minimize contention collision probability

 -Improve Spectrum Efficiency

 -Test carrier aggregation mode for live LTE

  • We can use energy aware congestion control algorithm, PGP algorithm, modified largest weighted delay first algorithm, vertical handover algorithm, femto aided location tracking algorithm etc
  • We are working on various routing protocols for network simulation including energy aware multipath congestion control protocol, improved identify management protocol, GTP protocol, packet data coverage protocol etc.

   For your understanding, we previously highlighted some of the latest information about simulators and popular research areas. We also provide our best guidance for your project thesis/document preparation, journal paper preparation & publication and conference paper preparation. If you wish to utilize our Postgraduate Network Simulator Projects service, contact our institution at 24 hours in all business days.

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