脊柱曲率角测量评估系统的开发

Chua Shanyu, L. C. Chin, S. Basah, A. F. Azizan
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引用次数: 2

摘要

现代人越来越容易因为不正确的生活习惯而患上脊柱弯曲症,尤其是那些经常坐在办公桌前的人。诊断这种疾病,常用影像学检查和其他常规方法。传统的方法,如测角法,需要人的技能,可以是费时的,最终导致物流的枯竭。利用三维摄影测量方法可以解决这些问题。本研究利用Kinect获取三维人体模型,并寻找最佳参数捕获三维模型进行身体姿势筛选。拍摄对象与相机之间的距离为1.3米,亮度为80勒克斯,且与胸部水平,这是拍摄对象3D模型的最佳参数。根据这些参数重建的三维模型显示需要评估的点的准确度为100%。本文重点研究了影响三维人体重构模型采集性能的最佳参数的验证。
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Development of Assessment System for Spine Curvature Angle Measurement
People of the modern times are becoming more prone to have spinal curvature disorder due to the improper habits especially those that stays at desk more often. To diagnose this disorder, method such as radiography and other conventional method are used. Conventional method such as goniometry require human skills can be time consuming which eventually lead to exhaustion of logistic. These problems can be solved by using 3D photogrammetry method. This research uses Kinect obtain the 3D human body model and find the optimum parameters to capture the 3D model for body posture screening. The most optimum parameters that set to capture the 3D model of the subject is at 1.3 m distance between subject and camera, 80 lux and at chest level. The 3D model reconstructed from these parameters shows 100% accuracy of the point needed to be assessed. This papers highlight the validation of optimum parameters that will affect the performance of capturing 3D human reconstructed model for measuring the spinal curvature.
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