A Cooperative Trust Management System for VANET Integrating WSN Technology

Amel LTIFI, Ahmed ZOUINKHI, Mohamed Salim BOUHLEL

Abstract


Vehicle communications are becoming increasingly popular, powered by navigation safety requirements and by the investments of car manufacturers and Public Transport Authorities. The primary VANET's goal is to increase road safety. To achieve this, the vehicles act as sensors and exchange warnings or – more generally – telematics information (like current speed, location or ESP activity) which allows to the drivers an early response facing abnormal and potentially dangerous situations like accidents, traffic jams or glaze. In this context, the application of the ambient intelligence technology raises the vehicle capacity to manage its active security. In this article, we propose a new functional model for a vehicle in order to react as an ambient component in its environment. We assume that each vehicle contains a speed sensor. So, a Wireless Sensor Network is created between vehicles. The security state of each vehicle depends on telematics information exchanged periodically between neighbors. We opted to gather the simulations' results of the model with the Castalia-OMNET++ Tools language.

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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.