基于微系统的便携式鞋集成超声步态分析测量仪器

Y. Wahab, N. A. Bakar
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引用次数: 7

摘要

利用步态模式可以检测运动阶段、隐性慢性病和衰老效应。除了其他重要因素外,步态模式通常与足部和腿部健康直接相关。因此,足部是步态系统中最重要的部分,直接影响步态模式。本文报道了基于微系统的便携式鞋综合步态分析仪器的研制。本文首先从相关文献入手,介绍了需求。接下来是对系统架构的解释,描述了传感器属性和建议的传感器放置。接下来,是一个部分,解释了实验设置使用提出的仪器,然后是结果部分。最后,对今后的工作进行了展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microsystem based portable shoe integrated instrumentation using ultrasonic for gait analysis measurement
Mobility stage, hidden chronic disease and aging effect can be detected by use of gait pattern. The gait pattern is normally directly related to the foot and leg health, in addition to other significant factors. Therefore the foot is the most important part of gait system and thus directly affects the gait pattern. This paper reports the development of microsystem based portable shoe integrated gait analysis instrumentation. This paper begins with the related literature where the requirement is introduced. The explanation on the system architecture follows next that describes sensor properties and proposed sensor placement. Next, is a section that explains the experimental setup using the proposed instrumentation which is then followed by the results section. Finally, this paper shares the planned future works.
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