ESTIMATION OF MAXIMUM POWER EFFICIENCY USING REACTIVE ROUTING IN WIRELESS AD HOC NETWORKS

Abstract

Background/Objectives: In recent years, several energy-efficient routing protocols are projected. However, little efforts are taken in finding out the energy consumption of individual node, overhead and route maintaining problems. Whereas not considering the look of energy economical routing protocol, it's going to perform terribly worst than the conventional routing protocol. Methodology: Here, we've projected On Demand primarily based Energy economical Routing Protocol (ODBEERP). The most aim of projected protocol is to find the minimum powerlimitation route. The facility limitation of a route is set by the node that has the minimum energy therein route. Therefore, compared with the minimum node energy in the other route, the minimum node energy within the minimum power-limitation route has a lot of energy. we've conjointly projected a a lot of correct analysis to trace the energy consumptions as a result of varied factors, and improve the performance throughout path discovery and in quality situations. Result: The projected protocol is evaluated with object bound distinct event machine setting. Simulation results shows that the ODBEERP achieves smart outturn, less delay, high packet delivery magnitude relation and smart energy potency than the present protocol Peer.