ENHANCEMENTS IN NEIGHBOUR-BASED ENERGY-EFFICIENT ROUTING FOR UNDERSEA CORDLESS DE-TECTOR SYSTEMS

Abstract

Undersea Wireless Sensor Networks (UWSN) are an essential technology in the field of wireless sensors, characterized by the Transmission systems such as Cooperative UWSN (Co-UWSN) and Cooperative Energy Efficiency (CEER) have been proposed to address issues such as energy consumption, network age, regional distribution, topology control, and propagation delay. This protocol coordinates through broad-cast operations and the Neighbor Head Node (NHN). This study describes NBEER, an environmental-based energy efficiency solution for UWSNs. NBEER attempts to solve restrictions of Cooperative-UWSN and Cooperative Energy Efficiency by maximizing NHNS, collaboration, ensuring product balance, and improving overall network per-formance. We compare NBEER with Co-UWSN and CEER through extensive MATLAB experiments and demonstrate its superior performance across multiple benchmarks. Compared with existing systems, NBEER improved end-to-end delay, reduced power consumption, increased transmission speed, extended the lifespan of the Cluster, and improved the overall analysis of the received text.