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A computer vision based system for a rehabilitation of a human hand

机译:基于计算机视觉的人手康复系统

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摘要

Paper presents a rehabilitation system for patients who suffer from arm or wrist injury or similar. The idea of the rehabilitation using computer and additional hardware is not new, but our solution differs significantly. We tried to make it easily accessible and thus started with a limitation that only a personal computer and one standard web camera is required. Patient holds a simple object, cuboid, and moves it around. Camera records his movement while the software in real-time calculates position of the object in 3D spaceudon the basis of color information and cuboid model. Object is then placed in the virtual 3D space, where another similar object is already present. The patient’s task is to move the real object in the position, which matches theudposition of the virtual object. Doing so the patient trains specific movements that speed up the recovery. Evaluation of the system shows that presented solution is suitable in cases where accuracy is not very critical and smallerud3D reconstruction deviations do not thwart the process of rehabilitation.
机译:纸为患有手臂或手腕受伤或类似情况的患者提供了康复系统。使用计算机和其他硬件进行康复的想法并不新鲜,但是我们的解决方案却大不相同。我们试图使其易于访问,因此从一个限制开始,即仅需要一台个人计算机和一个标准的网络摄像头。病人握住一个简单的物体,长方体,然后四处移动。相机记录他的运动,同时软件根据颜色信息和长方体模型实时计算对象在3D空间中的位置。然后将对象放置在虚拟3D空间中,其中已经存在另一个类似的对象。患者的任务是将真实对象移动到与虚拟对象的叠加位置相匹配的位置。这样做,患者可以训练特定的动作以加快恢复速度。对系统的评估表明,提出的解决方案适用于精度要求不高且较小的 ud3D重建偏差不会阻碍康复过程的情况。

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