A Case Study of Optimum Energy efficientroutingusing SAA Approach for WSN

Abstract

: The IOT based wireless sensors network (WSN) gas become an integral part of many smart applications for acquiring data over cloud/servers. Since life of networks are restricted by power availability of sensors. As sensor node acts as a switch in the network thus, assurance of efficient routing becomes the essential part to prolonging the utilization of energy. Therefore, it is mandatory to enhance the energy efficiency of these WSN systems. The sleep aware and awake method is widely used for saving the energy of the WSN networks. This paper proposes to design an efficient routing algorithm for WSN networks via examination and testing of numerous state of art routing protocols related to WSN. The optimum parametric selection approach is used for designing the energy efficient O-EESAA protocol. Different experiments were conducted to test the efficiency and current clustering dependent EESAA protocol of the proposed optimal design. Performance is compared based on the network life time, alive nodes, latency as FND, and the number of packets transmitted. Overall proposed energy model is good enough to improve the energy uses of WSN.