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Edge detection on hyperspectral imagery via Manifold techniques

机译:通过歧管技术对高光谱图像的边缘检测

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For hyperspectral imagery, the term “spectral edge” has not been clearly defined because of the complexity of the high dimensional properties in spectral space. In this paper, a new definition of the spectral edge is presented based on a data-driven mathematic approach Manifold Learning. It considers both the spectral features in spectral space and the discontinuity of image function in image space. Experimental analysis using EO-1 hyperspectral imagery shows that the spectral edge based method has desired performance to describe the edge contours in the hyperspectral imagery.
机译:对于高光谱图像,由于光谱空间中的高尺寸特性的复杂性,术语“光谱边缘”尚未明确定义。在本文中,基于数据驱动的数学方法歧管学习来呈现光谱边缘的新定义。它考虑了频谱空间中的光谱特征和图像空间中的图像功能的不连续性。使用EO-1高光谱图像的实验分析表明,基于频谱边缘的方法具有期望的性能来描述高光谱图像中的边缘轮廓。

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