Abstract
Mobile Wireless Sensor Networks (MWSNs) have established their applications in various streams, particularly in agriculture, forest fire detection, and military applications. However, insufficient bandwidth, communication faults, energetic topography, energy restraints, and stability of connection variations guide to node movement. However, the major problem is to link failures between sensor nodes. As s result, make the rerouting process create an additional delay. To solve the connectivity and Mobility Awake Efficient Routing in MWSNis introduced. We design this paper is mainly for monitoring crop agriculture also produce the supervise information to base stations. In this strategy, the dynamic connectivity is used to measure the node connectivity among nodes. Average encounter rate and the route encounter rate is applied to evaluate the node mobility. These three parameters are used to choose the best forwarder node in MWSN. Simulation results illustrate that improve the network performance equate to the baseline approach.
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