The paper presents the results of the development of a promising system for remote monitoring for wearable diagnostics of key human vital signs, which compares favorably with conventional solutions in that in addition to the traditional electrocardiogram and heart rate measurement, it also allows measuring body temperature, blood oxygen saturation, mobility and orientation in space, recording the fact of falling, breathing rate, etc. This opens the possibility to carry out a comprehensive assessment of the state of health of patients with complex diseases. It is shown that the system can be effectively used both for screening purposes and for long-term monitoring. The advantages of the system over standard Holter monitoring systems are presented.

Topics
Medical diagnosis, Heart rate
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