Energy-Efficient Dynamic Routing Protocol for Wireless Sensor Networks

Wireless detector nodes are deployed on a battleground and organize themselves in an exceedingly largescale ad-hoc network. Traditional routing protocols don't take into consideration that a node contains solely a restricted provided energy. Optimal routing tries to maximise the length over that the sensing task is performed, however needs future knowledge. The proposed work use to simulate sensor network implementation and proceeded with saving energy for sensors. At initial phase basic functionality and collection of information (simulator, basic sensor functions etc) has been done. Network simulator has been used to provide the simulation and results of the proposed work. The results show that the performance of the proposed scheme for saving resources in wireless sensor network is better. Traditional AODV process scheme provide good solution for communication but proposed scheme have much better performance in saving resources and to increase packet delivery ratio. Keywords—Wireless Sensor Network, Clusters, Delay, Energy Efficiency, Mobile nodes.