A Novel Approach for Optimizing Energy and Bandwidth Issues in MANET Using DSR Protocol

An ad-hoc network is a cluster of wireless mobiles nodes which are self-making, self-arranging and selfregulating. Numerous energy conserving routing conventions have been proposed for Mobile Ad Hoc Network (MANET). Those conventions demonstrate that energy utilization in MANET can be reduced by modifying the transmit energy to a base level. To decide the base transmit power is a testing issue. This paper proposes a novel approach for optimizing Energy Issues in MANET using DSR Protocol convention which guarantees high reliability of the system. The Dynamic Source Routing (DSR) convention has been adjusted with a specific end goal to execute IE-DSR convention. Existing control messages of DSR convention have been adjusted and utilized as a part of IE-DSR convention. The proposed method introduces a systematic model to demonstrate that an impressive part of energy can be spared by utilizing IE-DSR convention. This calculation lessens the flooding of RREQ (route request) packets in the network which brings about the reduced energy utilization. The proposed calculation precludes the superfluous flooding of RREQ packets. Based on the experimental work, the proposed method outperforms in reducing energy consumption by a rationale factor. Further, the simulation results depict that if the initial energy of node is kept relatively small then our proposed approach consumes approx. 70 % less energy than DSR, which is quite significant while comparing with the existing energy optimizing methods and it has been analyzed that an 15.36% of more data packet has been delivered to the appropriate destination. The application of the proposed method ensures larger network life, high reliability and lower cost estimation.