A Validation Study of Rehabilitation Exercise Monitoring Using Kinect

Wenbing Zhao, D. Espy, Ann Reinthal
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引用次数: 3

Abstract

In this chapter, the authors present their work on a validation study of using Microsoft Kinect to monitor rehabilitation exercises. Differing from other validation efforts, the authors focus on a system-level assessment instead of the joint-level comparison with reference motion capture systems. They assess the feasibility of using Kinect by examining the enforceability of a set of correctness rules defined for each exercise, which are invariances of each exercise and hence independent from the coordinate system used. This method is more advantageous in that (1) it does not require coordinate system transformation between those of the reference motion capture system and of the Kinect-based system, (2) it does not require an exact match of the Kinect joints and the corresponding external marker placements or derived joint centers often used in reference motion capture systems, and (3) the correctness rules and their mapping for Kinect motion data analysis developed in this study are readily implementable for a real motion monitoring system for physical therapy.
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使用Kinect进行康复运动监测的验证研究
在本章中,作者介绍了他们在使用微软Kinect监测康复练习的验证研究上的工作。与其他验证工作不同,作者专注于系统级评估,而不是与参考运动捕捉系统的联合级比较。他们通过检查为每个练习定义的一组正确性规则的可执行性来评估使用Kinect的可行性,这些规则是每个练习的不变性,因此独立于所使用的坐标系。该方法的优势在于:(1)它不需要参考动作捕捉系统和基于Kinect的系统之间的坐标系转换;(2)它不需要Kinect关节与参考动作捕捉系统中经常使用的相应的外部标记位置或派生关节中心精确匹配。(3)本研究开发的Kinect运动数据分析的正确性规则及其映射很容易用于物理治疗的真实运动监测系统。
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