Computer aided scoliosis evaluation and recovery using an intelligent optical 3D sensor

E. Nadasan, N. Gal, Mihaela Crișan-Vida, D. Nemes, D. Andrei
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引用次数: 1

Abstract

This paper suggests a novel method to evaluate the progress of the scoliotic patients. The scoliosis is an affection that deviates in a three dimensional plan the patient's spinal cord. Today the severity of the scoliosis is determined by the Cobb angles on the x-ray. Our method uses the Kinect sensor that can capture in a 3 dimensional plane the joints of the human body. Using the joint's position in the 3D plane, the relative angles of key joints to a predetermined point is measured. Using these angles the system calculates the severity of the scoliosis. On the same principle we suggest a system that can monitor the patient's exercises during the treatment.
使用智能光学三维传感器的计算机辅助脊柱侧凸评估和恢复
本文提出了一种评估脊柱侧凸患者病情进展的新方法。脊柱侧凸是一种影响,在一个三维计划偏离病人的脊髓。现在脊柱侧凸的严重程度是由x光片上的科布角决定的。我们的方法使用Kinect传感器,它可以在三维平面上捕捉人体的关节。利用关节在三维平面上的位置,测量关键关节与预定点的相对角度。利用这些角度,系统计算出脊柱侧凸的严重程度。基于同样的原则,我们建议一种可以在治疗期间监测患者运动的系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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