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Evaluation of the Performances of Two Wearable Systems for Gait Analysis: A Pilot Study

机译:两种可穿戴系统的步态分析性能评估:一项初步研究

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Wearable sensor systems to perform human motion analysis are receiving increasing attention in different application fields. Among wearable sensors, inertial sensors have promising features. However, before they can be employed routinely in clinical applications, it is important to evaluate their reliability. Gait analysis was performed on one male volunteer: data were simultaneously collected with H-Gait System, based on magnetic and inertial measurement sensor units system, and with STEP32, a commercial electromechanical system already used in clinics. Spatio temporal parameters and joint kinematics in the sagittal plane obtained with H-Gait and STEP32 are compared. The MIMUs system provides a reliable estimation of spatio-temporal parameters, and acceptable hip and knee kinematic curves, while ankle joint measurements must be improved to be clinically useful.
机译:进行人体运动分析的可穿戴传感器系统在不同的应用领域越来越受到关注。在可穿戴传感器中,惯性传感器具有广阔的前景。但是,在将它们常规用于临床应用之前,评估其可靠性很重要。对一名男性志愿者进行了步态分析:使用H-Gait System同时基于磁性和惯性测量传感器单元系统以及STEP32(已在诊所使用的商用机电系统)来收集数据。比较了使用H-Gait和STEP32获得的矢状面时空参数和关节运动学。 MIMUs系统提供了时空参数以及可接受的髋部和膝部运动学曲线的可靠估计,同时必须改进踝关节的测量以具有临床价值。

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