Registration and verification of vehicles in VANET's

Abstract

Vehicular communication and networking for intelligent transportation systems are emerging concept which allows forwarding of traffic information. Road traffic crashes are one of the largest problems being faced. VANET's are self-organized networks in which vehicles communicate with each other without the presence of any priori infrastructure. The proposed scheme aims to develop applications related to vehicular safety by providing information related to road and traffic. Vehicles share the surrounding information with each other. In this paper we include the development of self-managed VANET's that does not require the deployment of infrastructure with detection and warning about abnormal traffic condition by the secure routing of vehicles. Initially the vehicle registration is done using the public key generated by RSA algorithm. Then the verification of the vehicles is done using Zero Knowledge Proof algorithm and the attackers are also detected and eliminated from the network.