A Dual-Metric Monitoring Scheme in Energy-Secure Routing in Ad Hoc Network

Abstract

Data integrity and range coverage are the two primal issues in the deployment of a ad hoc network. In the development of route in ad hoc network, various constraint such as offered bandwidth, number of hops, link blockage, energy limitation, coverage range, etc., were observed. However, the resource constraints and the need of data preservation are minimizing the reliability of the routing efficiency of ad hoc network. To develop a reliable route in ad hoc network in this paper, a dual-metric monitoring for energy-secured routing is presented. The energy constraint is focused to be minimized by a dynamic scheduling and maximization of aggregate energy level in a route. The proposed approach outcomes with a new routing scheme where the nodes are dynamically scheduled for listen phase on the available request only. This proposed approach illustrated higher energy conservation and less switching overhead as compared to the conventional periodic scheduling scheme.