Network Simulator Tools PhD Projects

Network Simulator Tools PhD Projects

  Network Simulator Tools PhD Projects is our tremendous service to provide energetic environment for you to chosen sophisticated research topics with the aid of our expert’s guidance. On these days, enormous of students are interesting to chosen network simulation based projects. We have updated knowledge in network simulation and latest versions of network simulators. We are implemented numerous network simulation projects using miscellaneous range of network simulators. We provide best training for you to implement your network simulation projects by own. We tie up with world’s top universities and colleges. Through this strong tie ups millions of students and research scholars are utilizing our Network Simulation Tools PhD Projects service from world’s each and every corners. If you aspire to join with us, you can approach us at 24/7/365.

Network Simulator Tools PhD Projects

  Network Simulator Tools PhD Projects provides best guidance for you to finish your research travel with grand success. We provide independent for you to select simulator for your research.  We provide interactive environment for you to learn about network simulation tools. Our guidance makes you as an expert in the respective fields. We can easily develop your network simulation projects using any network simulators. Recently, we are completed thousands of network simulator projects using various network simulators and most popular network research areas such as underwater wireless sensor networks, internet of things, wireless body are sensor networks, cloud based body area networks, peer to peer RFID networks, and congestion control vehicular networks, internet of things, neural networks, and mobile IPv6. Now, we address about network simulators.

Network Simulators Interfacing with Other:

  • LabVIEW Interface with NetSim (Wireless Sensor Networks)
  • NetSim Interface with Matlab (Vehicular Ad Hoc Networks)
  • NS3 Interface with RTDS (Real Time Digital Simulator) (Smart Electric Power Grid)
  • NetSim Interface with Wireshark (Vehicular Ad Hoc Networks)
  • NS3 Interface with SUMO (Vehicular Ad Hoc Networks)
  • SUMO Interface with OMNET++ (Vehicular Network Simulation)
  • NS2 Interface with Matlab (Wireless Network Simulation)
  • NS3 Interface with VISSIM (Connected Vehicle Assessment System)
  • NS3 Interface with GEM5 (Evaluate Mobile Distributed Applications)
  • NS3 Interface with iTetris (V2X Application Simulation)
  • NS2 Interface with WOSS (Underwater Networking)
  • NS2 Interface with RealCloudSim (Cloud Computing Network)
  • NS2 Interface with MannSim (Wireless Sensor Networks)
  • NS2 Interface with TraNs (Vehicular Ad Hoc Networks)
  • NS2 Interface with GreenCloud (Cloud Computing)

Description of Network Simulator Interface:

NS3 Interface with Matlab

  • It integrate to Cyber-Physical systems in smart grid
  • It integrate to establish bidirectional communications between two simulators using sockets

 -It simulate ITS (Intelligent Transportation System)

  • We can uses powerful Matlab’s math tools in NS3 and powerful NS’s protocols in Matlab

NS3 Interface with SUMO

  • It integrate for Vehicular Ad Hoc Networks
  • Vehicular speed and traces affected by numerous factors such as traffic, emergencies, weathers and driver’s driving habits
  • Open source simulator cannot reflect road usage condition and real vehicle driving routes
  • To solve this difficulties, Traffic simulator SUMO integrates with network simulator NS3

NetSim Interface with SUMO

  • It integrate with SUMO for road traffic simulation by TraCI API’s
  • It integrate with SUMO for vehicular ad hoc networks simulation

NetSim Interface with Wireshark

  • It integrates with NS2 for Packet Analysis
  • It is used in Vehicular Ad Hoc Networks

Major Applications in Network Simulators:

  • V2X Based Applications
  • Traffic Management Applications
  • Railway Communication Networks
  • Satellite Link Emulation
  • Defense Applications
  • Chat Applications
  • Agricultural Applications
  • Flight Applications
  • Automobile Applications
  • Health Monitoring Applications
  • Message Passing Interface Applications
  • Content Aware Applications
  • Biological Applications
  • Smart Home Networking Applications
  • CHP Domestic Applications
  • Medical Applications
  • Social Networking Applications
  • Homeland Defense Application
  • Crisis Management Applications

Latest Topics for Network Simulator Tools PhD Projects:

  • Target Tracking Using Enhanced NLOS Analysis and Mitigation Approach in Wireless Sensor Networks
  • Minimize Energy and Delay Consumption Using Buffered Spin-Torque in Global Interconnects
  • Network Capacity Improvement Using Delay Sensitive Multicast Protocol in Multi-rate Mobile Ad Hoc Networks
  • Impedance Learning for Constrained Robot Using Adaptive Fuzzy Neural Control
  • Information Theoretic Evaluation for Optimized Distributed Automatic Modulation Classification in WSN (Wireless Sensor Networks)
  • Mobile Ad Hoc Networks Using Per-Existing Routing for Security
  • Admission Control Using Switching and Buffering Scheme in Cognitive Radio Networks
  • Downstream Vectored G. Fast Transmission Using Dynamic Spectrum Management Based on Linear and Nonlinear Pre-coding
  • Large Scale Micro-biome Community Analysis Using Reconfigurable Wireless NoC
  • Unmanned Aerial Vehicles for Data Association and Multi-Target Tracking on Road

  We abovementioned some of the important information about network simulations including network simulators interface with other simulators, applications and latest network simulation topics. We provide more guidance for your conference paper preparation, journal preparation and publication. Do you want to utilize our Network Simulator Tools PhD Projects? You can directly visit our experts and obtain our expert’s guidance. 

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