From the Long-Range Channel in the Ocean to the Short-Range and Very Shallow-Water Acoustic Channel in Ports and Harbors

Fabian Steinmetz, Bernd-Christian Renner
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引用次数: 3

Abstract

Micro Autonomous Underwater Vehicles (μAUVs) and Underwater Wireless Sensor Networks (UWSNs) enable diverse underwater applications in ports and other shallow inshore waters. During the past, several acoustic underwater modems were developed, which have typical communication ranges of a few kilometers. Opposed to that, there is a growing demand of short-range communication (less than a kilometer) for the mentioned applications. This paper discusses the requirements of different acoustic communication devices and motivates the need of short-range and very shallow-water soundings. Typical observations of long-range channels do not apply. Afterwards, soundings in two locations are discussed. The soundings indicates quite different behavior and illustrates the diversity of acoustic transmission channels. Based on our findings, new modulation schemes can be developed.
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从海洋的远程声道到港口的近程极浅水声道
微型自主水下航行器(μ auv)和水下无线传感器网络(uwsn)可以在港口和其他浅海近岸水域实现各种水下应用。在过去,研制了几种水声调制解调器,它们的典型通信距离为几公里。与此相反,上述应用对短距离通信(不到一公里)的需求正在增长。本文讨论了不同水声通信设备的要求,提出了近距离极浅水测深的必要性。对长距离信道的典型观测并不适用。然后,讨论了两个地点的测深。探测结果显示了完全不同的行为,并说明了声传输通道的多样性。基于我们的发现,可以开发新的调制方案。
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