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Vehicular communication is one of the fast growing and promising technologies for a safe and comfortab le driving environment. These technologies do not end up with economic and safety ramifications, but also extended with other informational and entertainment oriented services. Data are being propagated multi -hop between source and destination vehicles for many re al-life applications. Clustering is one of the effe ctive and scalable solutions for data dissemination in wirele ss ad hoc networks. Though many cluster-based methods have been proposed for multi-hop data delivery in v ehicular ad hoc networks, most of them do not consi der the real-time changes in the network topology or impose s large penalties in routing such as unstable clust ers, broken links, updating route tables. In order to ad dress these issues, we propose a broadcast based ro uting protocol for inter-cluster data dissemination in th is study that works on real-time vehicle informatio n. Unlike, most existing routing algorithms, it only uses hell o messages to obtain routing information without ma ny other control messages. In addition, it alleviates the st orage of routing information in every node, which l argely reduces the overheads in routing. We performed exte nsive simulation to demonstrate the effectiveness a nd efficiency of the proposed routing protocol. Result s show that the proposed protocol outperforms other approaches in terms of average delay, average deliv ery ratio and average number of hops.

A BROADCAST BASED ROUTING PROTOCOL FOR INTER-CLUSTER DATA DISSEMINATION IN VEHICULAR COMMUNICATION