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Wireless data harvesting using the AUV Sentry and WHOI optical modem

机译:使用AUV Sentry和WHOI光学调制解调器进行无线数据收集

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The optical communications group at Woods Hole Oceanographic Institution has demonstrated wireless optical transmission of data from a seafloor node to the Sentry AUV. This effort is based on the latest version of the optical modem under continual development at WHOI, and it builds on fieldwork conducted in 2012 and 2013 during which we successfully transferred data from seafloor-deployed optical modem systems using a wire-lowered optical modem from a ship. While our previous work used a high-bandwidth optical modem for the data uplink and an acoustic modem ???backlink??? to control the file transfer, the optical modem described in this paper supports fully bidirectional optical communication???essentially subsea WiFi. A subordinate objective of our work was to literally map the operational space for an AUV-bottom node optical link. Armed with this spatial map, we can plan for future ???connected??? AUV operations in support of data mule, inspection, manipulation, and other underwater semi-autonomous tasks.
机译:伍兹霍尔海洋学研究所的光学通信小组已经演示了从海底节点到Sentry AUV的无线数据传输。这项工作是基于WHOI不断开发的最新版本的光调制解调器,它是基于2012年和2013年进行的实地调查,在此期间,我们成功地使用了从海底部署的光调制解调器系统中使用有线降噪的光调制解调器传输数据。船。虽然我们以前的工作是将高带宽的光调制解调器用于数据上行链路,而将声学调制解调器用于“反向链路”。为了控制文件传输,本文所述的光调制解调器支持完全双向的光通信-基本上是海底WiFi。我们工作的从属目标是从字面上映射AUV底部节点光学链路的操作空间。有了这张空间图,我们可以为未来的“连接”计划。 AUV操作可支持数据m子,检查,操纵和其他水下半自主任务。

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