Energy Efficient Protocol for Multipath Transmission in Wireless Sensor Networks

Abstract

Energy has been a major challenge in practically all networks, particularly in terms of consumption and efficient energy utilization. Many experiments and proposals for flaw detection have been made in the past, including relevant evidence. However, academics have yet to discover the absolute solution to the pre-”fault tolerance and prevention” routing protocol. using energy efficient awareness. Therefore, there is a need to explain the definition of importance of energy efficient pre-fault detection in WSNs. We propose a disseminated important productive steering calculation for WSNs that takes mind adaptation to internal failure of the network. At that point, we propose a circulated steering calculation called “Dispersed Blame Transmission Multipath Cluster Based Protocol (DBTMCP)” approach takes into account the CHs’ important use as well as their adaptation to non-critical failure. In this research, we present a protocol that selects a succeeding node in an energy-efficient manner and, in the event of its failure, restores the connectivity of the cluster’s neighbours in a sensitive manner.