Key result
A wearable multi-sensor system was designed and technically implemented to measure ECG, respiration rate, and skin resistivity for telemedicine and occupational health applications.
The paper presents the technical design of a wearable multi-sensor system for telemedicine that measures ECG, respiration rate, and skin resistivity for assessing mental and physical conditions.
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Technical feasibility shown for multi-sensor wearable; clinical validation required before telemedicine or occupational use.
In this paper, we describe a technical design of wearable multi-sensor systems for physiological data measurement and wide medical applications, significantly impacted in telehealth. The monitors are composed of three analog front-end (AFE) devices, which assist with interfacing digital electronics to the noise-, time-sensitive physiological sensors for measuring ECG (heart-rate monitor), RR (respiration-rate monitor), SRL (skin resistivity monitor). These three types of sensors can be used separately or together and allow to determine a number of parameters for the assessment of mental and physical condition. The system is designed based on requirements for demanding environments even outside the realm of medical applications, and in accordance with Health and Safety at Work directives (89/391/CE and Seveso-II 96/82/EC) for occupational hygiene, medical, rehabilitation, sports and fitness applications.
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Hýbl et al. (2021) studied this question. Wearable multi-sensor system was evaluated. A wearable multi-sensor system was designed and technically implemented to measure ECG, respiration rate, and skin resistivity for telemedicine and occupational health applications.
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