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Development of a cheap, GPS-based, radio-tracked, surface drifter for closed shallow-water bays

机译:为封闭的浅水海湾开发廉价的,基于GPS的,无线电跟踪的地面浮标

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This paper describes the development of an inexpensive (/spl sim/$500), GPS-based, radio-tracked, surface-drifter system designed to operate within a closed shallow water bay. Texas bays and estuaries are generally shallow, weather/event driven, complex non-linear systems. In spite of the amount of activity that occurs within the bays, very little real-time information is collected. The Conrad Blucher Institute for Surveying and Science (CBI) at Texas A&M University-Corpus Christi is working toward better understanding of these bays by operating a pair of SeaSonde/spl trade/ HF Radar units within Corpus Christi Bay. This experience has shown the need for a specialized drifter that can be used in conjunction with the HF Radar operation and other bay research activities.
机译:本文介绍了开发廉价(/ SPL SIM / $ 500),基于GPS的无线电跟踪的表面漂移系统,旨在在封闭的浅水舱内运行。德克萨斯湾和河口通常是浅浅,天气/事件驱动,复杂的非线性系统。尽管海湾内发生的活动量,但收集了很少的实时信息。德克萨斯A&M大学的康拉德布鲁克测量和科学研究所(CBI)在Corpus Christi中致力于通过在Corpus Christi Bay内运行一对斯派/拼接贸易/ HF雷达雷达单位来更好地了解这些海湾。这种经验表明需要一种可与HF雷达操作和其他湾研究活动结合使用的专用漂移。

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