Comparison of Efficient Energy Harvesting Routing Algorithm using IEECBSR Protocol and Compared with EECBSR in Wireless Body Area Network

Abstract

Aim: The main aim of this research is the efficient cluster based routing protocol which minimizes the energy consumption in
remote medical applications for WBAN by robust and efficient Improved Even Energy Consumption and Back Side Routing
(IEECBSR)is proposed and compared with Even Energy Consumption and Back side routing (EECBSR) protocol. Materials and Methods: In IEECBSR protocol the energy consumption is achieved using Cost function (CF) selection parameters such asdistance, residual energy and Innovative hop count are used.The forwarder node selection enhances the efficiency of the routing protocol in WBAN. In this work there are two groups in which each group has 20 sample sizes (n=20) collected by varying numbers of rounds and it was calculated by calculator.Net with pre-test power of 80% (G-power). To evaluate the effectiveness of the IEECBSR protocol in terms of Residual energy and Packet Drop Ratio Results: Simulation results show that IEECBSR protocol has performed better than EECBSR Protocol in terms of residual energy and Packet drop ratio.The proposed IEECBSR protocol increased (3.1%) in residual energy and decreased (2.8%) inpacket drop ratio compared with EECBSR protocol. The sample T-test also shows that there is a significant difference in IEECBSR and EECBSR protocol values in terms of residual energy and packet drop ratio (p<0.05). Conclusion: Depending on the experimental results and independent statistical t-test shows that proposed IEECBSR protocol has achieved higher performance when compared to EECBSR protocol.