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GIB buoys: an interface between space and depths of the oceans

机译:吉布浮标:海洋的空间和深度之间的界面

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Unmanned underwater vehicles having no umbilical can be successfully used for defense and commercial applications only if answers are found to the two most critical technical challenges: accurate positioning, and communications at a reasonable cost. The author states that, as new OEM GPS receivers achieve metric accuracy, LEO satellites will soon offer real-time two-way data communications anywhere over the oceans. DSP chips offer tremendous signal processing power. The question that raises is how those new technologies will be assembled together to make practical, operational and efficient underwater positioning and guidance systems. GIB (GPS intelligent buoys) involve groups of buoys that calculate their own position from the GPS and then send acoustic signals to the underwater vehicle as a basis for calculation of its position.
机译:只有在最关键的技术挑战中发现答案:准确的定位和合理的成本,才能成功地用于防御和商业应用程序的无人水下车辆。作者说,随着新的OEM GPS接收者实现度量准确度,Leo Satellites将很快提供海洋任何地方的实时双向数据通信。 DSP芯片提供巨大的信号处理电源。提出的问题是如何将这些新技术组装在一起,以实现实用,操作和高效的水下定位和指导系统。 GIB(GPS智能浮标)涉及一组浮标,这些浮标组从GPS计算自己的位置,然后将声信号发送到水下车辆作为计算其位置的基础。

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