OPTIMIZING BUOYANT WIRELESS SENSOR NETWORKS: EVALUATING ALBATROSS ADAPTIVE ACOUSTIC ROUTING PROTOCOL FOR ENHANCED PERFORMANCE AND RELIABILITY

The proposed Albatross Adaptive Acoustic Routing Optimization (AARO) protocol represents a breakthrough in IT-driven solutions for underwater wireless sensor networks. By leveraging adaptive routing mechanisms and bio-inspired optimization, AARO addresses critical challenges in underwater communication, including high energy consumption, network instability, and packet loss. This research contributes to IT by integrating intelligent routing decisions based on real-time environmental data, enhancing network longevity, and improving data transmission reliability. The findings demonstrate that AARO significantly outperforms existing protocols, offering a scalable and energy-efficient solution for buoyant WSNs. The research aligns with advancements in IT, enabling efficient data acquisition in marine exploration, disaster management, and environmental monitoring, reinforcing the role of IT in solving real-world challenges.