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Computer aided detection of spina bifida using nearest neighbor classification with curvature scale space features of fetal skulls extracted from ultrasound images

机译:计算机辅助检测脊柱裂使用近邻分类,并从超声图像中提取胎儿头骨的曲率尺度空间特征

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This paper addresses the problem of detecting the common neural tube defect of spina bifida by a computer aided detection (CAD) system. We propose a Method which extracts the curvature scale space (CSS) features of fetal skull contours viewed in the ultrasound (US) modality and performs nearest neighbor (kNN) classification on those features having the desired properties of invariance with respect to translation, orientation and scale changes, thus improving robustness. The distance between two sets of CSS features, each set corresponding to the description of the contour of a particular skull, is measured as the cost of matching the two sets of CSS features. Such a CAD system may act as a second observer and help experts in prenatal diagnosis.
机译:本文探讨了通过计算机辅助检测(CAD)系统检测脊柱裂常见的神经管缺陷的问题。我们提出了一种方法,该方法可提取在超声(US)模式下观察到的胎儿颅骨轮廓的曲率尺度空间(CSS)特征,并对具有所需平移,定向和不变性的那些特征执行最近邻(kNN)分类缩放比例变化,从而提高了鲁棒性。两组CSS特征之间的距离(每组对应于特定头骨轮廓的描述)被测量为匹配两组CSS特征的成本。这样的CAD系统可以充当第二观察者并且帮助产前诊断的专家。

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