PhD Guidance in Vehicular Ad Hoc Network

PhD Guidance in Vehicular Ad Hoc Network is a short form of our service about VANET. Our infinite potential, spirit, and source are illustrated our expertise and experience in the respective field. Vehicular Adhoc Network is created from the ad hoc network, consisting of a number of vehicle nodes to provide V2V communication and V2I communications. Current research on VANET is clustering and routing, data dissemination, cross-layer design, MAC protocol design, IPv6, and also IP mobility deployment, etc.

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Guidance in Vehicular Ad Hoc Network

PhD Guidance in Vehicular Ad Hoc Network is our inspirational guidance to motivate our students and research fellows to do their doctoral research. Don’t stop until you reach your dream. We also consider all your ideas and thoughts to present well-defined research in all aspects like research proposal writing, research paper writing, paper publication, and also final viva voce support.

Our institution has certified by ISO 9001.2000, which means that we also offer only quality work for our individual students. Till now, we also served thousands of customers from more than 120+ countries, and our branch is located at nearly 50+ branches across the world. Here’s we enumerated advanced concepts and development software’s also for your better knowing,

Advanced Concepts in Vehicular Ad-Hoc Network

Privacy and security in VANET
Routing and MAC protocols
Hybrid sensor also for VANET
Traffic, channel and also network modeling
Mobility management and also modeling
Cognitive Radio also for VANET
Automotive context-aware also in VANET
Big data in vehicular carriers
Real time data analysis also in VANET
Secured communication in VANETs
OFDM design parameters also on V2X
Big data also based vehicular density analysis
Mobile femtocell utilization under LTE environment
WSN based smart vehicular system also using authentication protocol
Cross layer optimization and also cooperation techniques
Vehicular delay tolerant network
Vehicular traffic demand also on caching architecture 5G

Development Tools and Software’s

VNS
VANETMobiSim
SUMO
Veins
VANETSim
VENTOS
SCSimulator
TraNS
MOVE
FreeSim
Citymob
GrooveNET
NCTuns

Purpose of Tools and Software’s

VNS: High performance based simulator which reduce communication overhead also by integration of network and mobility components
VANETMobiSim: It is an extension of CanuMobiSim (CANU mobility Simulation Environment) that also used for user mobility modeling
SUMO: Traffic simulator which facilitate the infrastructure evaluation changes and also policy changes.
Veins: Open source framework also used for running vehicular network simulations
VANETSim: Simulation software also used for security and privacy concepts in Vehicular Adhoc Networks
VENTOS: Combined C++ simulator to study about Vehicular traffic flows, collaborative driving and also interactions between infrastructure and vehicle through wireless communication DSRC capability.
SCSimulator: Scalable and also open source smart city simulator
TraNS: Integrated tool (NS2 with SUMO) or GUI based tool for generating realistic simulations of VANETs
MOVE: Mobility model generator built on top of the SUMO that also rapidly generates simulations of VANET
FreeSim: Open source, free flow, portable microscopic and macroscopic traffic simulator also used to create and execute for individual vehicular nodes.
Citymob: Open source, highly portable and also GUI based mobility model generator used in vehicular adhoc networks.
GrooveNET: Open source hybrid simulator that also used to integrate both mobility and network simulator
NCTuns: VANET simulator that also used to combines network and traffic simulator

Major Research Topics in Vehicular Ad-Hoc Network

Unnecessary transmissions avoidance
Antenna and also sensor design
OBU specifications
Broadcasting algorithms design
Driver OBU interface
VANET privacy issues
QoS in VANET
Broadcasting schemes
Signal fading and also connectivity
Network specification: RSU-to-RSU communication
Efficient and also adaptive channel estimation algorithm design