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Geometrically guided fuzzy C-means clustering for multivariate image segmentation

机译:几何指导的模糊C均值聚类用于多元图像分割

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Fuzzy C-means (FCM) clustering is an unsupervised clustering technique and is often used for the unsupervised segmentation of multivariate images. The segmentation of the image in meaningful regions with FCM is based on spectral information only. The geometrical relationship between neighbouring pixels is not used. In this paper, a semi-supervised FCM technique is used to add geometrical information during clustering. The local neighbourhood of each pixel determines the condition of each pixel, which guides the clustering process. Segmentation experiments with the geometrically guided FCM (GG-FCM) show improved segmentation above traditional FCM such as more homogeneous regions and less spurious pixels.
机译:模糊C均值(FCM)聚类是一种无监督的聚类技术,通常用于多元图像的无监督分割。使用FCM对有意义区域中的图像进行分割仅基于光谱信息。不使用相邻像素之间的几何关系。在本文中,使用半监督的FCM技术在聚类期间添加几何信息。每个像素的局部邻域确定每个像素的条件,从而指导聚类过程。使用几何引导的FCM(GG-FCM)进行的分割实验显示,与传统FCM相比,分割得到了改善,例如,区域更加均匀,伪像素更少。

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