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A new routing approach for performance improvement in mobile sensor networks

Wireless sensor networks are operated with the aim of collecting data in a vast area. These constitute a large number of sensor nodes with limited energies which are dispersed throughout a geographical area. Wireless sensor networks are designed to work in tough outdoor conditions and harsh environment and they are always susceptible to potential faults and data transfer delays. Sensor nodes are susceptible to damages caused by discharge of energy and to disrupted communication lines. Network topology and transfer routes are designed to meet these imperatives and not to meet requirements such as energy efficiency, network functionality and eventually functional longevity. Fault tolerance and energy efficiency are thus among critical factors in wireless sensor networks. In this paper, we have offered a way for optimizing a routing protocol which may reduce network congestion and thus prevent loss of energy in nodes with very little cost and very little delay. Simulation results pertaining to the offered plan have been analyzed using MATLAB and the analysis has confirmed our solution.