Energy efficient multipath routing with selection of maximum energy and minimum mobility in MANET
Mukesh Kumar, Ghanshyam Prasad Dubey · 2016
In MANET nodes are power constrained, for the reason that nodes has operated with limited battery energy or power. The nodes in network are not communicated with each other because of early depletion of mode energy. The nodes which are completely lost their energy in network are not possible to further communicate with other nodes without the replacement or charge the battery of node in dynamic network. Therefore, excessive consumption of nodes energy should be prevented by better utilization schemes. In reality, node energy utilization should be balanced in order to increase the energy awareness of networks. In this paper, we propose link stability control Maximum (MAX) energy with multipath routing scheme that aim to increase the energy efficiency and the network connectivity simultaneously. The proposed algorithm always selects the neighbor nodes have highest energy among all neighbor nodes. The intermediate nodes are easily exhausting their energy due to accepting and forwarding of data in dynamic network. The proposed scheme is utilized these nodes energy, by selecting them according to MAX energy level and establish multipath in between source to destination. Sender has received the reply from each request and decided the MAX energy node for data sending. The proposed energy efficient scheme is improves the network performance as compare to normal shortest multipath routing. The routing performance is evaluated through performance metrics like routing overhead, throughput and delay.