VANET SIMULATOR

 

 

 

VANET SIMULATOR

     VANET Simulator brings a new research hope for scholars who feel to take a breathtaking research work. VANET simulator is generally based on two major simulators i.e Traffic simulator and network simulator. As compared to MANET simulation, there is a wide scope of research in VANET simulation due to its major issues like multipath fading, trip models, traffic flow models, traffic congestion, traffic lights, vehicular speed and mobility, driver’s behavior etc. This is the reason for the growing attention and momentum of VANET. There are plenty of VANET simulators and mobility generators available, students and scholars are must be updated with all these simulators to solve the rising issues in VANET. We have world class developers and experts working on aspects of VANET simulator to bring out something innovative and interesting. Our experts get updated with all the latest tools and technologies emerged in VANET in order to provide a knowledge platform for budding students. You can approach us to upgrade your knowledge and standard, which will provide a fundamental background to undertake your research. We have provided few most significant highlights about VANET along with a brief intro of VANET simulators.

MAJOR CHARACTERISTICS OF VANET:

  • Superior technology for Intelligent transportation system which provides communication between vehicle to vehicle through Road side units
  • It has highly dynamic topology
  • Mobility modeling and prediction for network protocol design in VANET
  • Provides support to various communication environments
  • High processing power and storage system
  • Provides hard delay constraints
  • Provides interaction with on-board sensors
  • It can be interfaced with MATLAB using VENTOS

VANET SYSTEM ARCHITECTURE:

CONTAINS FIVE LAYERS:

  • Physical Layer[Deals with antenna, modulation and spectrum allocation]
  • MAC Layer[Avoids transmission collision in VANET]
  • Network Layer[For traffic congestion, vehicular movement, data dissemination ]
  • Transport Layer[Used for transportation of data with constraints like delay, reliability etc]
  • Application layer[Relates to safety and entertainment applications]

THREE MAIN CATEGORIES:

  • INTER-VEHICLE COMMUNICATION[Vehicle to Vehicle communication]
  • VEHICLE TO ROADSIDE COMMUNICATION[Vehicle to Infrastructure communication]
  • INTERROAD SIDE COMMUNICATION[Hybrid vehicle to roadside communication]

VANET SIMULATOR:

VANET Simulator[VANETSIM]:

-Latest version[VANETSim 2.0.2]

-It is platform independent and has the following characteristics:

  • Security[Provides easy way to verify security concepts]
  • Provides Realistic Map and extensibility
  • Provides Extensive scenario and map editor
  • Support for GUI to provide detailed visualization of simulation
  • Microsimulation capability
  • Integration of privacy using mix zones, promix zones, silent periods, slow

VEHICLES IN NETWORK SIMULATION[VEINS]:

  • Latest version[VEINS 4.4]
  • Open source framework for running vehicular network simulations
  • It is an combination of SUMO + OMNET++
  • Platform Support[Windows 7 and 10, MAC OS X 10.10, Linux 32 and 64 bits]

GROOVENET:

  • Open source hybrid simulator
  • Integrates both network and mobility simulator
  • Provides communication between real and simulated vehicles

TraNS:[First VANET simulator]:

  • Traffic and Network Simulation Environment
  • Integrates both mobility generator and network simulator to conduct realistic VANET simulation
  • Works in two mode: Application centric and network centric
  • Uses TransLite for mobility generation

VANETMobiSim:

  • Latest version[VanetMobiSim 1.1]
  • Used to focus on vehicular mobility
  • Supports different simulation and emulation tools for mobile networks[NS 2, GloMoSim, Qualnet etc]
  • It is Platform independent

MOBILITY GENERATORS:

 SUMO[Simulation of Urban Mobility ]

  • Provides OpenGL graphical User Interface
  • Highly portable Microscopic road traffic simulation package

MOVE

  • Provides GUI support to quickly generate realistic simulation scenario
  • Built on the top of SUMO and consist of Mobility model generator and traffic model generator

FreeSim

  • Open source and portable free flow traffic simulator
  • Ideal for Intelligent Transportation system simulation

CityMob

  • Highly portable, open source and GUI based mobility model generator used in VANET
  • Generates three models i.e. Simple model, Downtown model and Manhattan Model

COMMON PROTOCOLS USED:

CLUSTERING PROTOCOLS:

  • Position based Clustering
  • Destination based Clustering
  • K-Hop Clustering
  • Lane based Clustering
  • TDMA based clustering
  • Authentication clustering
  • SDMA Based Clustering

Routing Protocols In VANET:

Topology based Routing Protocols:

  • Proactive protocol[FSR]
  • Reactive protocol[AODV,TORA, DSR,AODV+PGB]

Geographic[Position based] Routing:

  • Greedy Perimeter stateless Routing
  • Position based routing with Distance vector recovery
  • Greedy Perimeter coordinator Routing
  • GPSRJ+ Routing

FEW RECENT RESEARCH TOPICS USING VANET SIMULATOR:

  • An Effective and Secure Multi-hops Routing for VANETs
  • An Enhanced Speed Based Lane Changing System in VANETS: SBLS
  • A Game Theoretic Perspective for Context Aware Clustering in VANETs
  • Combination of Geo-graphical and Topological Routing for VANETs
  • V2V Communication with Packet Load Enhancement for Target Tracking in VANETs
  • VANETs with Fuzzy Logic and RL based Parameter Adaptation for Packet Size-Aware Broad Casting
  • Routing Protocol for VANETs with Packet Size Awareness and Adaptive Frame Aggregation
  • Effective Location Verification Systems for VANETs using RFC: Rician Fading Channels.
  • CUAV: Connectivity Based Traffic Density Aware Routing using UAVs for VANETs
  • A Bargaining Approach for Information Congestion Control on Intersections in VANETs
  • Effective Approach for Delay Constrained Data Aggregation in VANETs
  • Vehicle Monitoring System based on Cloud in VANETs
  • Efficient and Reliable Routing scheme for VANETs
  • CBSDA: Cluster based Semantic Data Aggregation in VANETs
  • CR-VANETs: Investigation and Predicting challenges of Dynamic Spectrum  Access

 

   With a hope that our information has contented you, we take our immense pleasure. If you feel to have more tutoring or guidance, approach us online. We will provide you complete guidance to undertake a project, assignment or research work using VANET simulator. Your satisfaction and contentment is our passion and goal.

 

BRING YOUR WORK TO US…………

WE WILL SUPPORT YOU UPTO YOU FEEL SATISFIED ………….

WITH OUR COMPLETE DEDICATION AND PASSION…………………..