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首页> 外文期刊>Geoscience and Remote Sensing Letters, IEEE >Endmember Extraction Using a Combination of Orthogonal Projection and Genetic Algorithm
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Endmember Extraction Using a Combination of Orthogonal Projection and Genetic Algorithm

机译:正交投影和遗传算法相结合的端构件提取

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摘要

Common endmember extraction algorithms presume that the number of materials present is either known or may be predetermined by using spectral databases or other approaches. In this letter, we propose a new method called genetic orthogonal projection (GOP) for endmember extraction in imaging spectrometry. GOP is based on a fully unsupervised approach and uses convex geometric characteristics as well as a genetic algorithm. We compare GOP with existing endmember extraction algorithms and demonstrate that GOP partially outperforms them, without the need of a priori information.
机译:常见的端成员提取算法假定存在的材料数量是已知的,或者可以通过使用光谱数据库或其他方法预先确定。在这封信中,我们提出了一种称为遗传正交投影(GOP)的新方法,用于成像光谱学中的末端成员提取。 GOP基于完全无监督的方法,并使用凸几何特征和遗传算法。我们将GOP与现有的端成员提取算法进行了比较,并证明GOP在某种程度上优于它们,而无需先验信息。

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