Key result
A conceptual multi-sensor telemedicine device utilizing synchronized finger and chest sensors is proposed to improve the accuracy and reliability of long-term human stress monitoring in real life.
Why the study?
Stress monitoring in laboratory settings is time-consuming and misses everyday stressors, while current wearable sensors in natural environments have limited accuracy.
The paper proposes a conceptual design for a multi-sensor telemedicine system to monitor physiological variables related to human stress in real-life settings.
Multi-sensor wearables may enable real-life stress monitoring; leaves open validation of accuracy in prospective trials before clinical adoption.
Many people live under stressful conditions which has an adverse effect on their health. Human stress, especially long-term one, can lead to a serious illness. Therefore, monitoring of human stress influence can be very useful. We can monitor stress in strictly controlled laboratory conditions, but it is time-consuming and does not capture reactions, on everyday stressors or in natural environment using wearable sensors, but with limited accuracy. Therefore, we began to analyze the current state of promising wearable stress-meters and the latest advances in the record of related physiological variables. Based on these results, we present the concept of an accurate, reliable and easier to use telemedicine device for long-term monitoring of people in a real life. In our concept, we ratify with two synchronized devices, one on the finger and the second on the chest. The results will be obtained from several physiological variables including electrodermal activity, heart rate and respiration, body temperature, blood pressure and others. All these variables will be measured using a coherent multi-sensors device. Our goal is to show possibilities and trends towards the production of new telemedicine equipment and thus, opening the door to a widespread application of human stress-meters.
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Vavrinský et al. (2021) studied Human stress. Advanced multi-sensor monitoring device (concept) was evaluated. A conceptual multi-sensor telemedicine device utilizing synchronized finger and chest sensors is proposed to improve the accuracy and reliability of long-term human stress monitoring in real life.
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