Acoustic communications for deep-ocean observatories: Results of initial testing at the MBARI MARS node

L. Freitag, K. Ball, P. Koski, Sandipa Singh, E. Gallimore
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引用次数: 3

Abstract

A prototype system for connecting remote instruments to a cabled observatory is described. The system consists of base-station modems and a data acquisition system attached to the MBARI MARS observatory in 900 m water off Monterey, California, plus remote modems used for link testing. The objective of the system is to provide a drop-in capability to connect sensors on the sea-floor or on sub-sea moorings to a cabled node that would otherwise require an ROV to make a hard-wired connection. While ROV installations of sensor-to-node cables are practical for many instruments, the acoustic connection is a way of lowering the barrier to general access of cabled nodes.
深海观测站的声学通信:MBARI火星节点的初步测试结果
描述了一种用于将远程仪器连接到电缆天文台的原型系统。该系统由基站调制解调器和一个数据采集系统组成,该系统连接到位于加利福尼亚州蒙特雷900米水域的MBARI火星观测站,另外还有用于链路测试的远程调制解调器。该系统的目标是提供插入式功能,将海底或海底系泊处的传感器连接到电缆节点,否则需要ROV进行硬连线连接。虽然传感器到节点电缆的ROV安装对于许多仪器来说都是实用的,但声学连接是降低电缆节点一般访问障碍的一种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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