Abstract

In recent technologies, it has been said that, to improve the travel efficiency and safety of transportation systems, vehicular ad-hoc network (VANET) has been used as the promising technology where each vehicle is able to collect and communicate the information about current road or traffic condition at a particular location using an embedded on-board unit with the help of distributed roadside units. Examples are: While detection of some accident, congestion, jam, etc., vehicles broadcast warning signals to the nearby vehicles which would give a better awareness to every nearby vehicles about the driving environment and these nearby vehicles would change the driving plan if needed. The VANET technology has gained great attentions from both industry and academics in the recent days.

Highlights

  • The Vehicular Ad-hoc Network is based on the principle of Mobile Ad-hoc Network (MANET)

  • In 2001, vehicular ad-hoc network (VANET) has been introduced and evolved in which it lead to the ability of connecting and communicating with other vehicles forming a car to car ad-hoc mobile network

  • At last in 2015, the VANET come to use in inter-vehicle communication (IVC), but the aspect of spontaneous networking was mainly focused and the infrastructures such as Road Side Units (RSUs), legal authorities and cellular networks are less concentrated

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Summary

INTRODUCTION

The Vehicular Ad-hoc Network is based on the principle of Mobile Ad-hoc Network (MANET). In 2001, VANET has been introduced and evolved in which it lead to the ability of connecting and communicating with other vehicles forming a car to car ad-hoc mobile network. The road safety and other navigation related services has been provided by V2V and V2R communication. At last in 2015, the VANET come to use in inter-vehicle communication (IVC), but the aspect of spontaneous networking was mainly focused and the infrastructures such as Road Side Units (RSUs), legal authorities and cellular networks are less concentrated. The mobile network has been formed in MANET where the cars involved in the networks acts as a mobile node. The public safety is ensured by VANET by determining the driver’s activity in the car

VANET ARCHITECTURE
Vehicle to communication
LITERATURE SURVEY
EXISTING SYSTEM
PROPOSED SYSTEM
Monitoring the privacy of vehicles
Source authentication
ARCHITECTURE OF PROPOSED SYSTEM
Road Structure
Node Movement
Neighbor Discovery
VIII. RESULT
Node Definition
Packet Delivery Rate
Revocation Delay
APPLICATIONS
CONCLUSION
Full Text
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