Effectiveness of spatial-temporal collocated microwave scatterometric and vertical-horizontal polarized radiometric images in sea surface monitoring

A. Arakelyan, A.K. Hambaryan, A. K. Arakelian
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Abstract

A concept for combining of data of scatterometric and dual polarization radiometer observations is presented. Mmicrowave, combined active-passive method for detection and identification of sea surface anomalous formations (signatures) is described, originated due to separate changes of such parameters as: the wind speed, the sea state in the form of swell or long wave spectrum characteristics, air and water temperatures, characteristics of foam formations, etc. A block diagram of combined radar-radiometer detector-identifier is described, as well as the samples of sea surface radar-radiometer images are presented.
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微波散射和垂直水平偏振辐射图像时空配置在海面监测中的有效性
提出了一种将散射测量数据与双偏振辐射观测数据相结合的概念。Mmicrowave是一种主-被动相结合的海面异常地层(特征)探测与识别方法,它是由风速、以涌浪或长波频谱特征为形式的海况、空气和水温、泡沫地层特征等参数的单独变化而产生的。描述了雷达-辐射计-探测-标识组合的框图,并给出了海面雷达-辐射计图像的样本。
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