VEINS Network Simulator Projects are render by our research concern for students and scholars from all over the world. In veins is an open source simulation tool for the simulation of Vehicular Networks. It is based on two most prevalent simulation tools i.e. SUMO [a road traffic simulator] and Omnet++[an event based network simulator]. So, We have accomplished nearly 1000+ simulator projects and at present working on 500+ projects. Our only focus is student’s satisfaction and contentment.

We also have 100+ skilled developers and researchers working with us for the past 10 years in a motive to upgrade the individual performance of students along with their academic grades. If you wish to work under our expert’s guidance, approach us now and commit your project with us. We are ready to offer our complete support for your project accomplishment.

Now, let’s have a glance over few basics of VEINS simulator along with its recent research topics.

Key Features of Veins simulator:
  • 100% open source software which offers unrestricted extensibility
  • Allows re-routing of vehicles and online re-configuration
  • Models for LTE cellular networking
  • Support wide range of metrics like  travel time and emissions
  • Trusted vehicular mobility model and implementation done by using Transportation and Traffic Science community
  • Fully detailed models of IEEE 1609.4 DSRC/WAVE network layers and IEEE 802.11p
  • Import entire scenarios from Open-Street-Map like buildings, lane counts, speed limits, traffic lights, access and turn restrictions

Latest Research topics for VEINS Network Simulator Projects

  • A new technology for Accelerating vehicle network simulations also in urban scenarios through caching
  • The process on Medical Training also based on Novel Central Venous Catheterization Simulation
  • A new methodology for Modeling the impact of VANET-enabled traffic lights control on the response time of emergency vehicles also in realistic large-scale urban area
  • The new mechanism for Toward an Open Source Location Privacy Evaluation Framework also for Vehicular Networks
  • A new method for Bidirectionally Coupled Network and also Road Traffic Simulation for Improved IVC Analysis
Some recent titles for you,
  • The performance of Distributed vehicular traffic congestion detection algorithm also for urban environments
  • A usage of cooperative VANETs also for Distributed road traffic congestion quantification
  • An efficient Veins extensions to implement a message based algorithm used for Dynamic Traffic Assignment also in VANETs simulations
  • The performance of a Variable Speed Limit Based Model also for Advanced Traffic Management through VANETs
  • An efficient usage of HLA also for Complex Embedded Systems Design to perform a Distributed Simulation Platform
  • The usage of invasive noisy blood pressure waveform observations also for On-line identification of the heart hemodynamic parameters via an adaptive estimator
  • A new method also for a machine learning regularization of the inverse problem in electrocardiography imaging
  • The new technique also for Diagnosis of pulmonary complications based on airway pressure-flow waveforms
  • A novel technology for a haptic interface also for a virtual exam of the human thigh
  • An efficient mechanism also for illuminated Model Research of Simulation Motor Vehicles

        We also have provide only few recent research topics for student’s reference. For further topic assistance or project guidance, approach us through our online service. We are also here to serve your needs at 24/7.