无线水下网络自适应令牌轮询MAC协议

Gunilla E. Burrowes, J. Khan
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引用次数: 7

摘要

与固定传感器节点或使用单个AUV相比,大型协调自主水下航行器(AUV)的机会和应用令人兴奋,它提供了更多的探索机会。本文提出的工作是为在集中式网络拓扑中工作的小型自动驾驶汽车集群开发介质访问控制协议。声学通信链路通常用于水下作业,但是受到声学传播物理特性的极大限制,这就要求在分组无线网络中使用和开发新的调度协议。本文讨论和概述了为紧密操作的水下航行器集群开发新的MAC协议的基本问题,并给出了所提出的自适应令牌轮询协议的一些性能结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptive Token Polling MAC Protocol for Wireless Underwater Networks
The opportunities and applications for a large group of coordinating autonomous underwater vehicles (AUV) is exciting and provides greater exploration opportunities than fixed sensor nodes or using a single AUV. The work presented in this paper is the development of a Medium Access Control Protocol for a cluster of small autonomous vehicles working in a centralized network topology. Acoustic communication links are typically used for underwater operations, however are substantially limited by the physics of acoustic propagation which require essentially new scheduling protocols to those being used and developed for packet radio networks. This paper provides a discussion and overview of the essential issues for developing a new MAC protocol for a cluster of closely operating underwater vehicles and presents some performance results for a proposed Adaptive Token Polling Protocol.
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