An Efficient Design of Cross Layer Design for Power Control and Link Availability

Abstract

Basic alterations in network topology due to mobility and constrained the battery power of the mobile devices are the key challenges within the mobile ad-hoc networks. The depletion of the power supply may rationale early unavailability of nodes and therefore links in the network. The mobility of nodes factors, general route breaks and adversely impacts the specified performance of the applications. We've got to propose a crosslayer design for power control and link availability prediction (DPCPLP) in mobile ad-hoc networks that provide a mixed solution for energy conservation as well as link availability. The simulation results show that the proposed cross-layer design improves the throughput, packet delivery ratio by means of prior prediction of link breaks and initiating the route restore. It also reduces usual communication interruption time, routing
overheads, end-to-end delay, and energy consumption. For that reason, this suggests that the proposed crosslayer design raises network and nodes’ lifetime and ability.