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Photoplethysmography-based in-ear sensor system for identification of increased stress arousal in everyday life

机译:基于光体积描记器的入耳式传感器系统,用于识别日常生活中增加的压力觉醒

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In this work, we present an in-ear system for physiological and psychological stress detection based on photoplethysmography, acceleration, and temperature measurements. The complete system is used to extract vital signs from healthy subjects, who are exposed to psychologically demanding tasks. The newly developed sensor system is integrated into our IPANEMA body sensor network and, thus, can be used in combination with several sensor modalities. The capability of the stress level estimation is validated in an human stress experiment. To obtain information on the current stress level, several well-known indicators are utilized like the heart rate variability, surgical stress index or the Oliva and Roztocil index.
机译:在这项工作中,我们提出了一种基于光电容积描记法,加速度和温度测量的入耳式生理和心理压力检测系统。完整的系统用于从健康受试者中提取生命体征,这些受试者需要进行心理上苛刻的任务。新开发的传感器系统已集成到我们的IPANEMA人体传感器网络中,因此可以与多种传感器形式结合使用。压力水平估算的能力已在人体压力实验中得到验证。为了获得有关当前压力水平的信息,利用了一些众所周知的指标,例如心率变异性,手术压力指数或Oliva和Roztocil指数。

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