首页> 外文会议>Image Processing pt.1; Progress in Biomedical Optics and Imaging; vol.6 no.24 >Classification of mammographic lesions into BI-RADS™ shape categories using the Beamlet Transform
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Classification of mammographic lesions into BI-RADS™ shape categories using the Beamlet Transform

机译:利用小波变换将乳腺钼靶病变分为BI-RADS™形状类别

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We present a new algorithm and preliminary results for classifying lesions into BI-RADS shape categories: round, oval, lobulated, or irregular. By classifying masses into one of these categories, computer aided detection (CAD) systems will be able to provide additional information to radiologists. Thus, such a tool could potentially be used in conjunction with a CAD system to enable greater interaction and personalization. For this classification task, we have developed a new set of features using the Beamlet transform, which is a recently developed multi-scale image analysis transform. We trained a k-Nearest Neighbor classifier using images from the Digital Database for Digital Mammography (DDSM). The method was tested on a set of 25 images of each type and we obtained a classification accuracy of 78% for classifying masses as oval or round and an accuracy of 72% for classifying masses as lobulated or round.
机译:我们提出了一种新的算法和初步结果,可将病灶分为BI-RADS形状类别:圆形,椭圆形,小叶形或不规则形。通过将质量分类为这些类别之一,计算机辅助检测(CAD)系统将能够向放射科医生提供其他信息。因此,这样的工具可以潜在地与CAD系统结合使用,以实现更大的交互和个性化。对于此分类任务,我们使用Beamlet变换开发了一组新功能,Beamlet变换是最近开发的多尺度图像分析变换。我们使用数字乳房X线摄影术(DDSM)数字数据库中的图像训练了k最近邻分类器。该方法在每种类型的25张图像上进行了测试,我们将质量分类为椭圆或圆形的分类精度为78%,将叶分类为小叶或圆形的分类精度为72%。

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