Advances in wearable technologies provide the opportunity to continuously monitor many physiological variables. Stress detection has gained increased attention in recent years, especially because early stress detection can help individuals better manage health to minimize the negative impacts of long-term stress exposure. This paper provides a unique stress detection dataset that was created in a natural working environment in a hospital. This dataset is a collection of biometric data of nurses during the COVID-19 outbreak. Studying stress "in the wild" in a work environment is complex due to the influence of many social, cultural and individuals experience in dealing with stressful conditions. In order to address these concerns, we captured both the physiological data and associated context pertaining to the stress events. Specific physiological variables that were monitored included electrodermal activity, heart rate, skin temperature, and accelerometer data of the nurse subjects. A periodic smartphone-administered survey also captured the contributing factors for the detected stress events. A database containing the signals, stress events, and survey responses is available upon request.
翻译:可磨损技术的进步为持续监测许多生理变数提供了机会。近年来,压力检测得到越来越多的关注,特别是因为早期应激检测可以帮助个人更好地管理健康,最大限度地减少长期应激暴露的负面影响。本文提供了在医院自然工作环境中创建的独特的压力检测数据集。该数据集收集了在COVID-19爆发期间护士的生物鉴别数据。在工作环境中研究“野外”压力是复杂的,因为许多社会、文化和个人在应对紧张状况方面经历的影响。为了解决这些问题,我们收集了与压力事件有关的生理数据和相关背景。所监测的具体生理变量包括护士的电极活动、心率、皮肤温度和加速计数据。定期的智能手机调查还记录了所检测到的压力事件的原因。一个包含信号、压力事件和调查答复的数据库可以应要求使用。