海洋雷达WERA在波束形成或测向模式下的精度和可靠性

T. Helzel, M. Kniephoff, L. Petersen, V. Mariette, N. Thomas
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引用次数: 7

摘要

本文介绍了针对海洋学应用而优化的超视距雷达技术。说明雷达距离与工作频率的关系,以及雷达分辨率与雷达带宽的关系。方位角的精度很大程度上取决于所使用的接收天线的数量,实例表明可以达到很高的精度。海洋学数据输出是近实时的,具有单独优化的电流(5至10分钟)和波浪数据(20至30分钟)的集成时间。这种方法的结果是非常可靠和准确的海洋数据,报告的数据在过去3年内的可用性超过98%。这种优异的可靠性使这些仪器成为港口和海岸管理优化SAR和污染漂移监测的完美工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Accuracy and reliability of ocean radar WERA in beam forming or direction finding mode
This paper introduces the over-the-horizon radar technique optimized for oceanographic applications. The relation between radar range and operating frequency will be explained as well as the radar resolution which depends on the radar bandwidth. The accuracy in azimuth strongly depends on the number of used receive antennae and samples demonstrate the high accuracy that can be achieved. The oceanographic data output are provided in near real-time with an individually optimized integration time for currents (5 to 10 min) and wave data (20 to 30 min). This method results in very reliable and accurate ocean data with a reported data availability of more than 98 % within the last 3 years. This excellent reliability makes these kind of instruments a perfect tool for harbor and coastal management to optimize SAR and pollution drift monitoring.
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