Published Paper Details:

In the realm of wireless sensor networks (WSNs), optimizing energy efficiency is critical for sustaining network operations and maximizing their lifespan. This paper delves into the exploration of cluster- based routing protocols as a means to enhance energy efficiency within WSNs. Through a methodical approach that involves the strategic formation of clusters and the selection of cluster heads based on factors such as residual energy, centrality, and connectivity, this study aims to streamline data transmission paths while minimizing energy consumption. The proposed methodology is rigorously evaluated through simulations or real-world deployments, with a focus on assessing its impact on energy consumption, network longevity, and overall performance metrics. The outcomes of this investigation shed light on the significance of energy-efficient routing protocols in WSNs and underscore the potential for substantial enhancements in sustainability and network efficiency. By contributing fresh insights into cluster-based strategies for bolstering energy efficiency, this paper advances the frontier of WSN research, with broad implications across diverse applications ranging from environmental monitoring to agriculture, smart cities, and industrial automation.