Safety Message Dissemination in Cloud-VANET based Infrastructure through Game Theory

Abstract

Vehicle ad hoc networks are usually equipped with electronic chips that store a lot of sensitive information. Stores information related to routing tables, packet, packet header information, uplink and downlink speed. Many studies emphasize on transmission delays, data redundancy, queue delays and buffer management. The existing scenario collects results while transmitting packets from the source machine to the destination machine. In the enhanced view, collect results from a remote server located in a rural area. Data was collected through a cloud-based infrastructure. In this paper, we propose a framework for message propagation and provide security to end to end semantic. The benefit of this framework is to provide correct information to the end user through cloud technology. This hybrid model is capable of facilitating communication for cellular based infrastructure. To evaluate the proposed model, we collect the results from the NS2 simulator.