Reactive Routing Algorithm Based Trustworthy with Less Hop Counts for Mobile Ad-Hoc Networks Using Fuzzy Logic System

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Abstract
A mobile ad hoc network (MANET) is a dynamic network with wireless ad-hoc connection where fixed infrastructure is not presented. Therefore, routing algorithm work efficiently by forwarding packets. While node's behavior arbitrary joins and leaves the network at any time in MANET. However, it creates strange nodes (malicious or selfish nodes) that take part in the network and disturb routing discovery phase. This paper aims to increase the integrity of packets delivery by considering the shortest route. The main objective of the proposed algorithm to select the shortest path based on the hop counts and achieve trusted path according to the trust rate to select and maintenance the routes. Thus, the results of the study attain a high rate of the packets that successfully delivered with the lowest rate of the average delay (E2E) and normalized load for the routing using NS2 simulator, although there malicious nodes during the discovery of the road.

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