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Automatic Detection of Abnormal Tissue in Bilateral Mammograms Using Neural Networks

机译:使用神经网络自动检测双侧乳房X光检查的异常组织

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A novel method for accurate detection of regions of interest (ROIs) that contain circumscribed lesions in X-rays mammograms based on bilateral subtraction is presented. Implementing this method requires left and right breast images alignment using a cross-correlation criterion followed by a windowing analysis in mammogram pairs. Furthermore, a set of qualification criteria is employed to filter these regions, retaining the most suspicious for which a Radial-Basis Function Neural Network makes the final decision marking them as ROIs that contain abnormal tissue. Extensive experiments have shown that the proposed method detects the location of the circumscribed lesions with accuracy of 95.8% in the MIAS database.
机译:提出了一种用于精确地检测含有基于双侧减法的X射线乳房X线图中含有外接病变的感兴趣区域(ROI)的新方法。实现该方法需要使用互相关标准对齐左和右乳房图像对齐,然后在乳房图对中进行窗口分析。此外,采用一组资格标准来过滤这些区域,保留最可疑的径向基函数神经网络使得最终决定标记为含有异常组织的ROI。已经进行了广泛的实验表明,所提出的方法在MIAS数据库中以95.8%的精度检测所外接的病变的位置。

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