Indonesian Journal of Electrical Engineering and Computer Science
Vol 33, No 1: January 2024

Application of remote monitoring of biosignals and geolocation with a Wearable for patients with sequelae of the coronavirus

Santiago Linder Rubiños Jimenez (Universidad Nacional del Callao)
Mario Alberto Garcia Perez (Universidad Nacional del Callao)
Eduardo Nelson Chávez Gallegos (Universidad Nacional del Callao)
Linett Angélica Velasquez Jimenez (Universidad Nacional del Callao)
Niko Alain Alarcon Cueva (Universidad Nacional del Callao)
Mauro Bernardo Sanchez Cabrera (Universidad Nacional del Callao)



Article Info

Publish Date
01 Jan 2024

Abstract

Several patients who have overcome coronavirus disease (COVID-19) have been left with cardiovascular and pulmonary sequelae and most medical centers lack a remote monitoring system for each patient that notifies them of any complications during rehabilitation. The objective of this research was to implement a Wearable that monitors the patient's health and alerts in case of detecting any anomaly. For this reason, a Wearable was developed that displays the patient's heart rate, oxygen saturation level and body temperature on the Light Emitting Diode (LCD) and the application mobile, sending an alert and geolocation message if anomalies are detected in vital signs. The standard deviation of heart rate, temperature and oxygen saturation was obtained, which was 1.4930, 0.1558 and 0.4364 in the rest stage, respectively, and 6.3442, 0.2365 and 0.9186 in the physical activity stage respectively with a maximum duration of 42 hours and 52 minutes of battery, managing to send alert messages and store the information in the cloud, which allows to conclude that the Wearable can facilitate the management of the database and the location of the patient, that the measurement error increases with physical activity, and that battery life varies with the number of biosignal readings per hour.

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