Performance Analysis of Four Layer Clustering Network Using Enhanced Deterministic Energy-Efficient Clustering Protocol in Wireless Sensor Network

Abstract

A wireless network consists of geographically distributed sovereign devices and uses sensors for cooperative monitoring physical conditions. It comprises number of small, and relatively inexpensive and low-power sensors that are connected to the wireless network, constituting a wireless sensor networks (WSNs). They had a wide range of applications e.g. In physiological monitoring, environmental applications, military applications and home security etc. We have developed a purely deterministic model using a Enhanced Deterministic Energy-efficient Clustering Protocol (EDEC) by clustering nodes to organize the WSN. The EDEC is dynamic, distributive, self-organized and more energy efficient than the existing protocols. Simulation results showed a better performance with respect to energy consumption, which is reflected in the network lifetime under both homogeneous and heterogeneous settings, when compared with the existing protocols. The approach estimates an optimal solution for the balanced energy consumptions in ordered wireless sensor networks.