用智能手机或动作相机测量步态中的足弓高度

Kosuke Morinaga, S. Ishihara, Ryuji Miyazaki, T. Tsuji, Kotaro Matsuura
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引用次数: 0

摘要

足弓问题,如扁平足,高和刚性足弓是相当常见的。这些问题导致冲击吸收能力下降,行走耐力下降,平衡感下降,出现拇外翻等变形。由于足部的快速步态,测量足部的详细运动和畸形是困难的。标准的诊断已经在站立姿势或肉眼观察由足病医生。我们已经开发了一种基于计算机视觉的骨标记跟踪系统,用于医疗点,它可以与普通的智能手机或动作摄像头一起工作。有了这个系统,足病医生可以定量判断骨骼或关节运动和步态畸形的问题。该系统还定量验证了规定鞋垫的效果。平足受试者的足弓角度增加了10%。高、刚性拱被试在拱的反应控制上有明显改善。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Foot Arch Height Measurement during Gait with Smartphones or Action-cams
Foot arch problems such as flat foot, high and rigid arch foot are quite common. Such issues cause the decrease of impact absorbance, drops of walk endurance and sense of balance and deformation like Hallux Valgus. Measurements of the detailed movement and deformity of the foot are difficult because of its quickness in gait process. The standard diagnosis had been made at stand-still posture or naked eye observance by a podiatrist.We have developed a computer vision-based bone marker tracking system for Point of Care, that works with common smart-phone or action-cam. With this system, the podiatrist could quantitatively judge problems of bone or joint movement and deformity during gait. The effects of the prescribed insoles are also quantitatively validated with this system. Flatfoot subject showed 10 percent increased the arch angle. High and rigid arch subject shown improvement on reactive control of the arch.
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