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Identification of Masses in Mammograms byImage Sub-segmentation

机译:乳房X线图中的群体识别副作用分段

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Mass detection in mammography is a complex and challenge problemfor digital image processing. Partitional clustering algorithms are a good alternativefor automatic detection of such elements, but have the disadvantage of having tosegment an image into a number of regions, the number of which is unknown in ad-vance, in addition to discrete approximations of the regions of interest. In this workwe use a method of image sub-segmentation to identify possible masses in mam-mography. The advantage of this method is that the number of regions to segmentthe image is a known value so the algorithm is applied only once. Additionally, thereis a parameter a that can change between 1 and 0 in a continuous way, offering thepossibility of a continuous and more accurate approximation of the region of inter-est. Finally, since the identification of masses is based on the internal similarity ofa group data, this method offers the possibility to identify such objects even from asmall number of pixels in digital images. This paper presents an illustrative exam-ple using the traditional segmentation of images and the sub-segmentation method,which highlights the potential of the alternative we propose for such problems.
机译:质谱检测在乳房X射线摄影是一个复杂和挑战problemfor数字图像处理。划分聚类算法是alternativefor这种元件的自动检测的好,但有具有tosegment图像分成若干区域的缺点,其数量是在广告万斯未知,除了感兴趣的区域的离散近似值。在此使用workwe图像子分割的方法,以鉴定可能的群众MAM-断层扫描。这种方法的优点是,这样的算法被应用仅一次区域以segmentthe图像的数量是已知的值。此外,,都有一座参数以连续的方式1和0之间可以改变,提供-EST间的区域的连续的和更准确的近似的thepossibility。最后,由于质量的识别是基于内部相似OFA组数据,该方法提供了可能甚至从数字图像中Â小型数量的像素识别这样的对象。本文呈现使用图像的传统分割和子分割的方法,其中强调我们提出了这样的问题的替代性的潜在的说明性考试-PLE。

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