This mechanism has already been achieved, and used in ocean data buoy system successfully. Result shows that it can improve the system response speed and stability.
在大型海洋资料浮标项目中的应用结果表明，该机制可有效提高系统的响应速度和稳定性。
According to the requirement of large amount of data communication on large data buoy, the iridium data (communication) system was used to transfer hydrology and meteorology data.
针对大型海洋资料浮标大数据量传输的要求，在浮标上采用铱星电话数据通信系统传输实时水文气象数据。
On the basis of fully study of existing facts, the form selection, arrangement of the system and the design method of each component for the mooring system of deep sea data buoy were posed.
本文在全面分析已有资料的基础上，提出深海大型资料浮标锚旋系统的形式选择、系统布置和各部件设计方法。
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