Energy and Link-Solidity Aware Timeserving Routing in Wireless Sensor Network

Emerging wireless sensor network’s main challenge is to keep up the energy and link solidity throughout the computation. In this paper a timeserving routing has been explored to minimize the energy consumption by selecting and prioritizing nodes to generate a forwarder list. The forwarder list has been examined for link strength by using link solidity index. From this an optimal forwarder list has been generated and the data packets are forwarded through higher priority node. If there is any lower priority nodes, later that will be discarded in the optimal forwarder list. So that energy and link solidity aware timeserving routing can be attaining to preserve in terms Energy consumption, Link firmness, Nodes lifetime, Delivery ratio and End to End delay.