Design and Development of Secured Framework for Efficient Routing in Vehicular Ad-Hoc Network

Duetomanychallengingissuesinvehicularad-hocnetworks(VANETs),suchashighmobilityand networkinstability,thishasledtoinsecurityandvulnerabilitytoattacks.Duetodynamicnetwork topologychangesandfrequentnetworkre-configuration,securityisamajortargetinVANETresearch domains.VANETshavegainedsignificantattentioninthecurrentwirelessnetworkscenario,due totheirexclusivecharacteristicswhicharedifferentfromotherwirelessnetworkssuchasrapidlink failureandhighvehiclemobility.Inthisare,theauthorspresentaSecuredandSafetyProtocolfor VANET(STVAN),asanintelligentAd-HocOnDemandDistanceVector(AODV)-basedrouting mechanismthatpreventstheDenialofServiceattack(DoS)andimprovesthequalityofservicefor securedcommunicationsinaVANET.InordertobuildaSTVAN,theauthorshaveconsidereda smarttrafficenvironmentinasmartcityandintroducedtheconceptofloadbalancingoverVANET vehiclesinabesteffortmanner.SimulationresultsrevealthattheproposedSTVANaccomplishes enhancedperformancewhencomparedwithothersimilarprotocolsintermsofreduceddelay,better packetdeliveryratio,reasonableenergyefficiency,increasednetworkthroughputanddecreaseddata dropcomparedtoothersimilarapproach. KEywoRDS Energy Efficiency, MANET, Power, Qos, Real Time Application, VANET

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