首页> 外国专利> SATELLITE SEA-FOG DETECTION SYSTEM USING THE GAUSSIAN MIXTURE MODE, AND FOG DETECTION METHOD WITH UNSUPERVISED LEARNING MODE BASED ON GAUSSIAN MIXTURE MODEL

SATELLITE SEA-FOG DETECTION SYSTEM USING THE GAUSSIAN MIXTURE MODE, AND FOG DETECTION METHOD WITH UNSUPERVISED LEARNING MODE BASED ON GAUSSIAN MIXTURE MODEL

机译:高斯混合模型的卫星海雾检测系统及基于高斯混合模型的无监督学习模式的雾检测方法

摘要

The present invention relates to a satellite sea-fog detection system using a Gaussian mixture model and a fog detection method with unsupervised learning mode based on the Gaussian mixture model. In a first aspect, the satellite sea-fog detection system comprises: a clustering module (11) for generating the Gaussian mixture model by performing daily clustering with an EM algorithm; a fog mode determination module (12) for determining a fog mode among clustered elements; and a cloud masking module (14) for performing a removal process using a cloud masking pixel of a COMS among fog pixels and performing a COMS cloud masking test. In a second aspect, the fog detection method with the unsupervised learning mode based on the Gaussian mixture model comprises: a first step of generating the Gaussian mixture model by performing daily clustering with the EM algorithm; a second step of determining the fog mode among the clustered elements; and a third step of performing the removal process using the cloud masking pixel of the COMS among the fog pixels and performing the COMS cloud masking test.
机译:本发明涉及一种使用高斯混合模型的卫星海雾检测系统,以及一种基于高斯混合模型的无监督学习模式的雾检测方法。在第一方面,该卫星海雾检测系统包括:聚类模块(11),用于通过利用EM算法执行日常聚类来生成高斯混合模型;以及雾模式确定模块(12),用于在聚类元素之间确定雾模式;云遮蔽模块(14),用于使用雾像素中的COMS的云遮蔽像素执行去除处理并执行COMS云遮蔽测试。在第二方面,基于高斯混合模型的具有无监督学习模式的雾检测方法包括:第一步,通过利用EM算法进行日常聚类,生成高斯混合模型。第二步,在聚类元素中确定雾化模式;第三步骤,利用雾像素中的COMS的云遮蔽像素进行去除处理,并进行COMS云遮蔽测试。

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