首页> 外文会议>Geoscience and Remote Sensing Symposium Proceedings, 1998. IGARSS '98. 1998 IEEE International >Ship detection with high-frequency phased-array and direction-finding radar systems
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Ship detection with high-frequency phased-array and direction-finding radar systems

机译:高频相控阵和测向雷达系统进行船舶探测

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This paper addresses the application of HF radar systems to the detection and monitoring of shipping activity. The presence of ships within HF radar swaths often hinders the use of the data for the measurement of ocean surface currents. Data collected south of Chesapeake Bay mouth during the third Chesapeake Outfall Plume Experiment (COPE-3) this past fall from both CODAR SeaSonde and multifrequency HF radar systems illustrate the presence of large tanker ships. Comparisons of data from both sets of radar instruments with ancillary observations illustrate the ability of high-frequency radar to detect and track ships within a near coastal region. An approach is suggested to remove the ship echoes from multifrequency HF radar data. Tanker ship radar cross sections are measured to be in the range of 40 dB to 60 dBsm based on a comparison of ship echo power to ocean echo power in the Bragg region.
机译:本文涉及HF雷达系统在送货活动的检测和监控中的应用。 HF雷达中的船舶的存在经常阻碍使用数据进行海面电流的测量。在Chesapeake湾口中收集的数据在第三切萨皮克出口羽毛实验(COPE-3)这两个过去偏差和多频性HF雷达系统的落后说明了大型油轮船的存在。具有辅助观测的两组雷达仪器的数据的比较说明了高频雷达检测和跟踪近沿海地区内的船舶的能力。建议一种方法从多频性HF雷达数据中删除船舶回波。基于船舶回波功率与布拉格地区的海洋回波力的比较,测量油轮横达横截面的测量范围为40dB至60 dbsm。

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