Programmable Deep Ocean Transceiver

C. Gastouniotis, C. Moropoulos
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Abstract

A universal Programmable Deep Ocean Transceiver (PDOT) is described.The objective of the development was to provide a microprocessor based system capable of data acquisition, multi-receive command and control functions, digitally controlled operational parameters, and synthesized transmit frequencies. This recoverable system is designed for use in the deep ocean, which previously could not be easily or conveniently accessed by conventional data acquisition methods. One version of the transceiver is currently in use as a Velocity Profiling System. It collects sound velocity and pressure data during free-fall descent to depths exceeding 20,000 feet, and again during ascent. By simply changing the software and modular interface electronics, virtually any type of sensor can be accommodated and any control function performed.
可编程深海收发器
介绍了一种通用的可编程深海收发器(PDOT)。发展的目标是提供一个基于微处理器的系统,能够数据采集、多接收命令和控制功能、数字控制操作参数和合成发射频率。这种可回收系统设计用于深海,以前传统的数据采集方法无法轻松或方便地进入深海。该收发器的一个版本目前被用作速度分析系统。它在自由落体下降至超过20,000英尺深度时收集声速和压力数据,并在上升过程中再次收集。通过简单地改变软件和模块化接口电子,几乎可以容纳任何类型的传感器和执行任何控制功能。
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