An Extended Enhanced Distributed Energy Efficient Clustering for IOT based WSN routing protocols
T. Morassini, R Thamma · International Journal of Engineering and Innovative Technology · 2020
The IOT sensor networks have been widely used over the past two decades for the upload of data on the cloud server.Since the battery is or is being operated by most sensors.The network's existence therefore depends on the network's energy needs.The IOT-WSN networks are intended to maximize energy efficiency.In past communications, the distributed energy efficient clusters (DEEC) protocol has been commonly used.Since during the routing of data on cloud servers most energy is used.This paper is therefore aimed at developing a long-term and energy efficient routing protocol.The key challenges are designing the network with better latency and efficiency to enhance the life of the entire network.Paper is mainly concerned with optimizing parameters of the network simulation for enhancing network life.Varying probability of node distribution of the current EDEEC protocol has been conducted in a variety of experiments.The present paper compares the performance of the DEEC protocol versions and the proposed Extended EDEEC protocol based on life nodes, cluster head numbers and packets transmitted to BS.