Power Optimal Location Based Routing protocol for IOT Based Ad Hoc Networks

Abstract

People as well as other wired or wireless devices are multiplying at an exponential rate, and they must all be able to interact with one another wherever they are. In the age of future ad hoc base networks and the Web of Things, all self-configured & mobile devices require a dependable end-to-end communication path stated as “Internet of things”. It is therefore envisaged that such a location-based routing algorithm would be efficient in selecting the best path while consuming less energy (battery power), thereby increasing the overall network life.Furthermore, each node's location is determined via the Global Positioning System. Due to the fact that all linked devices use batteries, we present in this study a cutting-edge routing mechanism called Power Optimum Location Based Routing Protocol for Internet Of Things and or Ad hoc Network (POLRP-IOT) which enables us to select the best route while consuming the minimal amount of energy. Furthermore, simulation findings demonstrate that the proposed method outperforms existing benchmark protocols including DSR, LEACH, or AODV