VANET Projects for Master Thesis Students

VANET Projects for Master Thesis Students

    VANET Projects for Master Thesis Students is a best service started with the collaborated efforts to build your research career. We have experienced professionals and versatile developers who working on many of simulation to solve the various issues. And also We have provided basic and advanced information in all research aspects like various simulation tools, protocols and major research areas. So We are ready to work with your challenging concepts with the help of our top experts in worldwide.

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Master Thesis for VANET Projects Students

    VANET Projects for Master Thesis Students offer you variety of ideas to shine your research efficiently. We provide support for research scholars and students through our Master Thesis Student’s service efficiently on VANET to prepare them for viva voce. Our primary aim is to improve and equip the student knowledge in their appropriate field of research. VANET is applying principles of mobile ad hoc networks which create wireless network for data exchange.

We provide support for all types of the students like undergraduate [BE, BTech], post graduate [ME, MTech, MCA] and research scholars [MPhil, MS, PhD] etc. Now let’s have a glance of VANET features and its simulator details for your review,

Key Features of VANET

  • High computational ability
  • Rapid changing topology and high mobility
  • Predictable mobility [Nodes moves in a predefined way]
  • Vehicles are equipped with GPS
  • Variable network density
  • High mobility
  • Frequent exchange information
  • Unbounded network size
  • Network Topology

VANET Models

  • Vehicle and driver model for reflects behavior of single vehicle
  • Communication model for data exchange among the road users
  • Traffic flow model for reflects the interaction between vehicles, drivers, infrastructures and road networks
  • Application model for address the behavior and quality of cooperative VANET applications

Simulation Methods

Two different components required for VANET simulation

-Network simulators for model and analyze the functionality of VANET

  • NS2: Wired and wireless simulator based on IP
  • Glomosim: Global mobile information simulation

-Traffic simulators for analyze vehicular ad hoc network characteristic and protocol performance

  • VISSIM: Used for movement of vehicles and simulation of position
  • SUMO: Simulation of urban mobility

VANET Simulators

TransModeler:
  • Visualize flow and signal operation
  • Dynamic route choice methods and hybrid simulation
  • Suitable for large area networks
  • Integrates with GIS and demand software and simulate in 2D and 3D
  • Import simulation data from SimTraffic and CorSim
TSIS-CORSIM:
  • Including also for FRESIM for freeway simulation and NETSIM for surface street simulation
  • Traffic operation analysis conduct enabling also for user
  • Other software’s verification and also validation for surrogate for field data collection, emergency vehicles and signal preemption, freeway and surface street interchanges, signal timing and also signal coordination etc.
Traffic and Network Simulator:
  • Integrates SUMO with NS2 also for providing GUI tool
  • Version-TraNSLite-LANG
  • FreeBSD, MAC OS X, GNU/Linux platforms are also support
  • To generate realistic simulation of VANET using traffic and also network simulator
  • Generating realistic mobility traces of NS2 from SUMO also using TraNSLite [Stripped down version of TraNS]
Traffic MicroSimulation:
  • LISA+
  • SiAS paramics
  • Aimsun
  • Simtraffic
  • Cube Dynasim
  • TSIS CORSIM
  • PTV VISSIM
  • TransModeler
  • Quadstone paramics
National Chiao Tung University Network Simulator [NCTUns]:
  • Version [NCTUns 6.0-LANG]
  • Single application support also with integrated GUI
  • Extensible and also high fidelity network simulator
  • Wired and wireless IP networks also for simulates protocols
  • Run on fedora and also Unix based system

Routing Protocols and Network Attacks

Support for Routing Protocols:

Multicast Routing Protocol:
  • ODMRP, MAODV, GHM are also topology based approach
  • PBM, SPBM, LBM, RBM, IVG are also location based approach
Geocast / Broadcast protocols used:
  • FROV and SADV
  • Multihop broadcast protocol
  • V_TRADE, AMB, MDDV, and also MHVB protocols
  • Spatially aware packet also routing algorithm
  • Interference aware also routing scheme
Unicast Routing Protocol:
  • Trajectory also based data forwarding
  • Greedy traffic aware routing protocol
  • Topology assist geo-opportunistic routing
Supported for Network Attacks:
  • Inconsistency attack
  • Newcomer attack
  • Denial of service also in attack
  • Message suppression attack
  • Fabrication attack
  • Alteration also in attack
  • Replay attack
  • Black hole also attack
  • Grey hole attack
  • Sybil attack
  • Ballot stuffing / bad mouthing also in attack

Tools Support

CityMob:
  • VANETs using mobility pattern generator
  • Three mobility models contains like Simple, Manhanttan and also Downtown
  • Works with NS2 simulator
MOVE [Mobility generator for Vehicular Networks]
  • Require Java 1.6 or later
  • VANET using free software also to generate realistic mobility models
SUMO [Simulation of Urban Mobility]
  • Latest version [2.7.0]
  • To handle large road networks also for open source and microscopic road traffic simulator

Interfaces and Framework Support

Interfaces Support:
VENTOS [SUMO+OMNET++]:
  • Open source integrated simulator
  • Interfaced with Matlab and also works with Ubuntu to plot different scenario of simulation
  • WAVE enabled wireless communication between vehicles and also infrastructure for collaborative driving and interaction

Frameworks Support

VEINS [Vehicles in Network Simulation]:
  • Latest version [VEINS 4.6]
  • Running vehicular network simulation also using open source framework
  • OMNTT++ and also SUMO based on simulator
VanetMobiSim:
  • Latest version [VanetMobiSim 1.1]
  • User mobility modeling framework, and also CANU mobility environment extension

Recent Research Areas

  • Network sensing also for collision avoidance system
  • Military vehicles and also fire using co-ordination
  • Wireless networking also for dedicated short range communications
  • Location tracker also for emergency service
  • Defense service and also vehicles for mobility network
  • Infrastructure deployment also for security concern
  • Location privacy and also security
  • Merging VANET with cloud also for employing privacy and security
  • VANET finding solution against detected attacks
  • To find alternative solution in case of immobile jam also for coordinated traffic guidance
  • CCN and also FC content dissemination
  • Calibrated vehicular mobility traces
  • Proof-theoretic trust and also reputation model
  • Virtual traffic light management scheme

 

        We also hope that the aforesaid information is sufficient to get crisp knowledge about VANET Projects Thesis Students. Feel free to contact us, if you need any further information. Our online service is also available at 24×7.

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