Efficiently Enhancing Energy by means of LEACH protocol for a Wireless Sensor Networks

In potentially dangerous situations, Wireless Sensor Networks (WSNs) need to be touted as means of a viable method for consistently monitoring the civic and military environments. Typically, meaningful field data is gathered using sensor webs, which are composed of nodes with limited power and wireless connections. Improved energy efficiency is a major concern for WSN protocols due to these factors. The Low Energy Adaptive Clustering Hierarchy (LEACH) protocol proposes a method in which sensor nodes are clustered and data is fused prior to being sent to the base station (BS). The SD-LEACH protocol is suggested because certain applications are hampered by WSN drawbacks such as poor battery life, short lifespan, restricted sensor deployment range, and energy consumption. In this paper, we present Secondary Data Transmission LEACH (SD-LEACH), a novel method for enhancing the LEACH protocol for usage on sensor networks. SD-LEACH decreases packet delivery time to increase network lifespan, speeding up data transmission.