Re-powering technique to compare its suitability with on-demand distance vector routing protocols

Abstract

A Wireless Sensor Networks consist of several units such as the radio, the memory, and the, microcontroller that uses the most power. One of the major confronts in these networks is to aim dynamic routing protocols which consume less overhead. Power consumption decides the life span of WSNs. This research work emphasis on minimizing the power consumption to avoid packet loss of WSNs. Therefore, a communication protocol Ad-hoc 0n-demand Multipath Distance Vector Routing protocol and Ad-hoc 0n-demand Distance Vector Routing protocol, both are tested when power is regenerated by using external wireless node. WSNs are a highly dynamic wireless network which can form without the need of any pre-existing infrastructure. This paper focuses on the Ad-hoc 0n-demand Multipath Distance Vector Routing protocol and Ad-hoc 0n-demand Distance Vector Routing protocol comparison when a technique of re-powering introduced. Further, the numerical outcomes find out the optimum routing protocol among these.