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Geometrical features for the classification of very high resolution multispectral remote-sensing images

机译:高分辨率高分辨率多光谱遥感影像分类的几何特征

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In order to extract geometrical features from a multispectral image and derive a classification, an approach based on the topographic map of the image is proposed. For each pixel, the most significant structure containing it is extracted. The classification of this pixel is based on its spectral information and the geometrical features of the corresponding structure (its area and perimeter). The results obtained on multispectral remote sensing images taken by two different sensors show the efficiency of the extracted geometrical features for separating some classes with very similar spectral attributes but of different semantic meanings.
机译:为了从多光谱图像中提取几何特征并进行分类,提出了一种基于图像地形图的方法。对于每个像素,提取包含它的最重要的结构。该像素的分类基于其光谱信息和相应结构的几何特征(其面积和周长)。在两个不同传感器拍摄的多光谱遥感图像上获得的结果表明,所提取的几何特征对于分离具有非常相似的光谱属性但具有不同语义的某些类别的效率。

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