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A knowledge based system for diagnosing spinal deformations: moire pattern analysis and interpretation

机译:基于知识的脊柱变形诊断系统:莫尔条纹分析与解释

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摘要

For young people, spinal deformations are an evolving process which must be detected and treated as early as possible. The moire technique is quite simple, not expensive, not aggressive and well suited to the detection of spinal rotations. Therefore, a computer vision system for recognition of spinal deformations would be very useful for decision support. The authors present a knowledge-based system for diagnosing spinal deformations from human back moire image. To realize this computer system, the approach consists of extracting fringe contours from moire images using the infinite size symmetric exponential filter which is an optimal smoothing filter, then localizing some relevant elements such as the centers of shoulder-blades and the spinal column to make measurement which are crucial for the diagnosis process, and finally performing 3D reconstruction and diagnosis.
机译:对于年轻人来说,脊柱变形是一个不断发展的过程,必须尽早发现和处理。莫尔条纹技术非常简单,不昂贵,不具有攻击性并且非常适合于检测脊柱旋转。因此,用于识别脊柱变形的计算机视觉系统对于决策支持将非常有用。作者提出了一种基于知识的系统,用于从人类后部云纹图像诊断脊柱变形。为了实现该计算机系统,该方法包括使用无限大小对称指数滤波器(这是一种最佳的平滑滤波器)从波纹图像中提取边缘轮廓,然后定位一些相关元素(例如肩shoulder骨中心和脊柱中心)进行测量这对于诊断过程至关重要,并最终执行3D重建和诊断。

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