Reproducibility of “BUDA” multisensor system for gait analysis

M. Djuric-Jovicic, I. Milovanovic, N. Jovičić, D. Popović
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引用次数: 6

Abstract

Gait analysis is important element in therapy and rehabilitation of hemiplegic individuals. We developed a simple, portable sensor system, which can be used for recording of gait signals, as well as for estimation of important gait parameters like joint angles, ground reaction forces, and various temporal parameters. In order to assess robustness of the system in everyday use in different environmental conditions and to see how it reacts to atypical gait patterns, we recorded signals from five healthy and five hemiplegic subjects, repeating the experiment on several consecutive days. We compared angles between adjacent leg segments and used Pearson's correlation coefficient as a measure of similarity. We obtained a high correlation for healthy persons, and a notably smaller correlation for hemiplegics.
步态分析“BUDA”多传感器系统的再现性
步态分析是偏瘫患者治疗和康复的重要因素。我们开发了一种简单的便携式传感器系统,可用于记录步态信号,以及估计重要的步态参数,如关节角度,地面反作用力和各种时间参数。为了评估该系统在不同环境条件下日常使用的稳健性,并观察它对非典型步态模式的反应,我们记录了5名健康和5名偏瘫受试者的信号,并连续几天重复该实验。我们比较了相邻腿段之间的角度,并使用Pearson相关系数作为相似性的度量。我们获得了健康人群的高相关性,而偏瘫患者的相关性则明显较小。
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