IDENTIFYING THE LOCALIZATION NODE AND MANAGING AWAREBASED ENERGY EFFICIENT ROUTING PROTOCOL

Abstract

Localization is an efficient technique for many wireless network applications. The deployment of the real world shows that, in a node behavior, a network is not always completely local. Because the node is the moveable position then changes range in theoretically, it called non-localization nodes in this situation. We focus to identify Localization node, which basically has three steps: node localization test, structure analysis, and network adjustment. In our research paper, we have developed a "Location-Aware Identify Efficient Energy Routing (LAIEER)" protocol. It considers the developed on-demand routing protocol location and reduces the consumption energy of nodes in the route of a metric. Only those forwarding covers the neighboring nodes in routing whereas non-forwarding nodes are switched to an inactive state. This ensures a reduction in energy consumption in the network. It is not necessary to say that reducing control overheads for efficient reactive routing protocols is very important. The presentation of the proposed LAIEER protocol is compared to LAL. It reviews simulation results for that, to calculate the proposed LAIEER protocol results, the following parameters include the throughput, control overhead, PDR, average end-to-end delay, and LAIEER Managing An Aware-based Energy Efficient Routing Protocol.