Energy Consumption Evaluation of ZigBee Routing Protocols in IOT

Currently, WSN is a critical component of the IoT environment that allows reliable data collection and delivery. WSN is a fast-paced network, a productive operation that can be used in the event of an emergency along with natural hazards, military forces, fires and asset tracking. In addition, the issues and issues affecting WSN are flexible shifts in topology without any static facilities and limited energy sources. Dynamic topology changes will result in existing data packets for each node, as will the reliability of the network. In order to overcome problems in WSN, the selection of the network topology is merely an attempt to enhance the quality of the network. The QoS dimensions to be assessed seem to be the PACKAGE DELIVERY, PACKAET LOSS, THROUGHPUT, DELAY and overhead routing. This Article sets out a set of performance measures for the objective assessment of different types of protocols. Two of the most common routing protocols were selected: AODV and AOMDV network topology. Consumption of energy seems to be a key QoS function which effects the life of the network sensor. The current research continued to carry out an assessment of the QoS requirements for success, i.e. Using NS2 simulator, that is a discreet Simulation tool operated by event and is open source, packet transmission ratio, throughput, average E2ED delay and energy efficiency Studying the complex design of wireline and wireless communication networks is useful. The results of the computational model also showed that AOMDV efficiency in terms of throughput is much more acceptable than AODV, Average E2ED delay(s) fraction, E2ED delay. In ENERGY CONSUMPTION THROUGHPUT uniform routing load as opposed to AOMDV the AODV protocol did work better.