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SAR Image Segmentation Using Skeleton-Based Fuzzy Clustering

机译:使用基于骨架的模糊聚类的SAR图像分割

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SAR image segmentation can be converted to a clustering problem in which pixels or small patches are grouped together based on local feature information. In this paper, we present a novel framework for segmentation. The segmentation goal is achieved by unsupervised clustering upon characteristic descriptors extracted from local patches. The mixture model of characteristic descriptor, which combines intensity and texture feature, is investigated. The unsupervised algorithm is derived from the recently proposed Skeleton-Based Data Labeling method. Skeletons are constructed as prototypes of clusters to represent arbitrary latent structures in image data. Segmentation using Skeleton-Based Fuzzy Clustering is able to detect the types of surfaces appeared in SAR images automatically without any user input.
机译:可以将SAR图像分割转换为基于本地特征信息将像素或小修补程序分组的聚类问题。在本文中,我们提出了一种用于分割的新框架。通过从本地补丁提取的特征描述符时,通过无监督聚类实现分段目标。研究了结合强度和纹理特征的特征描述符的混合模型。无监督算法来自最近提出的基于骨架的数据标签方法。骨架被构造为群集的原型,以表示图像数据中的任意潜在结构。使用基于骨架的模糊聚类的分割能够在没有任何用户输入的情况下自动检测SAR图像中出现的表面类型。

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