利用PPG和视频刺激检测跌倒恐惧

I. Zaeni, Mahfud Jiono
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引用次数: 1

摘要

中风后步行训练的一个问题是害怕跌倒。对跌倒的恐惧与早期跌倒和身体机能差有显著的相关性。较低的高频(HF)功率是由心率变异性测量的,与压力、恐慌、焦虑或担心有关。本研究提出了一种利用光电容积脉搏波(PPG)检测跌倒恐惧的方法。利用Arduino采集PPG信号。然后对采集到的信号进行趋势去除、频带频率滤波、频带功率估计和决策系统等步骤的处理。趋势去除采用移动平均进行,频带频率滤波采用二阶巴特沃斯带通滤波器进行。2段视频用来诱导放松和害怕落在主题上的感觉,作为课堂上的决策系统。然后将决策系统的输出与类进行比较,并计算MAPE。结果表明,该系统的MAPE为16.63%,是一个不错的结果。
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Detection of Fear of Falls using PPG with Video Stimulation of the Fall Condition
One of the problem of the after stroke walking training is fear of fall. Fear of falling is significantly corresponded to earlier falls and poor physical function. Lower high frequency (HF) power which is measured from heart rate variability has correlation to the stress, panic, anxiety, or worry. This study proposed a method to detect fear of falling using Photoplethysmography (PPG). The PPG signal is acquired using Arduino. The acquired signal is then processed using several step including trend removal, band frequency filtering, band power estimation, and decision system. Trend removal is conducted using moving average while the band frequency filtering is conducted using second order Butterworth band pass filter. The 2 section video is used to induce relax and fear of falling on the subject feeling which is used as the class on decision system. The output of the decision system is then compared to the class and the MAPE is computed. The result shows that the system can yield MAPE 16.63% which is can be categorized as a good result.
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