Opportunistic routing technique for minimized energy consumption for relay node selection in wireless sensor networks

Abstract

Dynamic Energy investment funds streamlining gets to be one of the significant worries in the remote sensor system (WSN) directing convention outline, because of the way that most sensor hubs are furnished with the constrained non rechargeable battery power. In this paper, we concentrate on minimizing vitality utilization and amplifying system lifetime for information transfer in one-dimensional (1-D) line system. Taking after the standard of entrepreneurial directing hypothesis, multi-bounce hand-off choice to streamline the system vitality productivity is made in light of the distinctions among sensor hubs, as far as both their separation to sink and the lingering vitality of each other and in view of transfer hub separation. In particular, Energy Balancing Multi-bounce steering in view of Swarm knowledge (EBMRS) calculation is intended to guarantee least power cost amid information transfer and ensure the hubs with moderately low leftover vitality. By using above technique it is also possible to increase network lifetime by selecting appropriate routing scheme which results in, minimized energy consumption and increased network lifetime. Our research work proves better results than other protocols.