Energy Level Accuracy and Life Time Increased in Mobile Ad-Hoc Networks Using OLSR

Mobile ad-hoc network is collection of movable node without any need of infrastructure and each node contain routing table with contain each node energy value in joule. Our basic approach to efficient utilize node energy according energy parameter like transmission power, receiving power, ideal power and sleep power etc. Energy is the scarcest resource for the operation of the mobile ad hoc networks. Idle energy consumption is responsible for a large portion of the overall energy consumption in the wireless interfaces of the mobile nodes. Therefore, it is crucial to energy conservation efforts that this source of energy is eliminated or reduced. Our goal in this research is to create a new energy accuracy scheme that works on reducing waste full energy consumption and increases data transmission and life time of the network. In this paper we use routing protocol as optimal link state routing (OLSR). And analyze the network behaviour on the bases of energy discharge, TCP packet analysis, UDP packet analysis, end-to-end delay bases and packet delivery ratio etc. It aims at achieving energy conservation in a manner fair to all network nodes. It is distributed in nature, and its functionality is independent of the strategy and architecture of the routing protocol Keywords— Routing Load, average end-to-end delay, packet delivery fraction, TCP, UDP, and OLSR.