Authors : S. Bharathidasan and P. Ramamoorthy
Abstract: Wireless Sensor Network (WSN) is major network which is widely used in both commercial and domestic applications. It is also used in security environment. It consists of sensor nodes which is located either stationery or dynamic. Compared to ad hoc node, sensor node consumes less energy and its lifetime is more. In previous research, either energy or suspicious node was focused to improved the performance of the network. In this research work, an Effective Load balancing Secure Energy Efficient Approach (ELSEEA) is proposed to attain more energy efficiency in the presence of suspicious environment. In the first part of this approach, load balancing between cluster head and cluster member is achieved through the discovery of multipath routes. In second part, detection of suspicious node is achieved through the reliability model. In third part, energy spent for routing after the removal of suspicious node is estimated to increase the lifetime of the network. Based on the simulations using NS 2 tool, the proposed work achieves better performance in the presence of suspicious environment.
S. Bharathidasan and P. Ramamoorthy, 2016. Effective Load Balancing Secure Energy Efficient Approach for WSN. Asian Journal of Information Technology, 15: 2064-2070.