DYNAMIC AND TERRIFIC DATA PROPAGATION IN WIRELESS SENSOR NETWORKS USING RING BASED ROUTING

Abstract

The compositions arguments relevant to routing in Wireless Sensor Networks (WSNs) are inherently different from those experienced in conventional mobile ad hoc networks. This type of routing protocols for ad hoc networks normally impose excessive requirements on panic assets of a sensor node such as storage, lifetime, bandwidth and energy; therefore, they are not suitable for WSNs. In this proposed work, approaches a novel, energy efficient data propagation protocol, referred to as Ring routing with single source shortest path algorithm. In ring routing , geographic routing is used for finding geo based network area range in sensor networks except for data dissemination from source node to sink.. And single source shortest algorithm for finding shortest path in network to achieve high data propagation and reduces energy usage. Also here anchor node selection is done by selecting it nearer to both mobile sink and source node to reduce the distance of data transfer by using distance source routing protocol.The anchor node selected here has high SNR.buffering capacity and enery. Thus it
reduces the overall energy consumption in the network. Simulation results validate that the proposed framework significantly outperforms the routing mechanisms using random selection and by considering energy in the data transmission , network lifetime and delivery latency.