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The ubiquity of Wireless Sensor Networks (WSNs) in modern communication stems from breakthroughs in micro-electronics, enabling the creation of wireless micro-sensors that underpin their functionality. WSNs play a pivotal role in transmitting crucial environmental data to central Base Stations (BS), facilitating applications across diverse sectors such as artificial intelligence, healthcare, military operations, diagnostics, and environmental monitoring, including fire detection. Despite their widespread adoption, WSNs face persistent challenges in sensor node architecture. Random deployment strategies often result in coverage overlaps, communication inefficiencies, and suboptimal resource utilization, compounded by issues like low battery power and limited transmission capacity. These challenges necessitate the reduction of packet sizes to conserve energy and improve network efficiency. Moreover, the placement of sensor nodes in remote or inaccessible locations adds complexity to maintenance tasks, impacting network longevity and reliability. Addressing these challenges is imperative for sustaining efficient WSN operation and optimizing energy usage, driving the need for innovative protocols and energy-efficient strategies to enhance performance and ensure long-term viability across various WSN applications. Key Words: WSN, protocols, sensor, Networks
Panwar et al. (Fri,) studied this question.
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