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An energy efficient and reliable cluster-based adaptive MAC protocol for UWSN

机译:一种适用于UWSN的节能高效,基于集群的自适应MAC协议

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Now-a-days, underwater sensor network (UWSN) technology is becoming more appealing to researchers because it has introduced a new flux in diversified fields like scientific exploration, commercial exploitation, disaster prevention etc. Since, underwater sensor nodes are battery operated, energy is a fundamental design aspect of UWSN's protocol . Besides, low capacity and high propagation delay introduce large number of packet loss in underwater communication. To, address these issues several medium access control (MAC) protocols have already been proposed. This survey aims to analyze and summarize these protocols and provide a comprehensive overview through comparison and simulation. Moreover, an energy efficient, reliable, cluster based adaptive MAC protocol (ERCAMAC) has been proposed to improve reliability and energy efficiency. Simulation results has proved that the proposed protocol provides superior performance in terms of energy saving and throughput over others.
机译:如今,水下传感器网络(UWSN)技术对研究人员越来越有吸引力,因为它已在科学探索,商业开发,防灾等各个领域引入了新的潮流。是UWSN协议的基本设计方面。此外,低容量和高传播延迟在水下通信中引起大量的分组丢失。为了解决这些问题,已经提出了几种媒体访问控制(MAC)协议。这项调查旨在分析和总结这些协议,并通过比较和模拟提供全面的概述。此外,已经提出了一种节能,可靠,基于集群的自适应MAC协议(ERCAMAC),以提高可靠性和能效。仿真结果证明,所提出的协议在节能和吞吐量方面比其他协议具有更高的性能。

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