Energy Efficient Target Tracking and Data Collection in Wireless Sensor Network

Target tracking is the greatest important applications in wireless sensor network. A target prediction scheme is resulting from kinematics rules and theory of chance which improved the energy efficiency. Face tracking framework classifies the movements of a target with polygon tracking. However, target tracking energy-efficiency is not adequate for tracking applications. And, the target does not go behind the predictable path to uphold the energy efficiency of the tracking. Routing protocol in wireless sensor network is designed with data integrity and delay differential services. Routing algorithm is used to first-rate the path for communicating the data in networks. Integrity and delay appropriation improves the throughput to communicate sensed data to the corresponding sink. But, low delay and high data integrity fails to attain at the same time. In this work, a high energy efficient and maximal throughput on sensor node data communication aims to attain better quality of service.