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An IoT health-care monitoring system design to measure vital parameters through non-invasive sensors64
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- En los últimos años, han surgido nuevas enfermedades con una alta tasa de contagio y riesgos para la salud. Existe una necesidad imperante de desarrollar más aplicaciones para la atención sanitaria tanto local como remota. Este trabajo presenta una aplicación para el monitoreo de signos vitales utilizando tecnología IoT (Internet de las Cosas). El prototipo es capaz de medir la temperatura corporal, la presión arterial, el porcentaje de oxígeno y la frecuencia cardíaca, tanto de manera local como remota.
En primer lugar, las mediciones se realizan localmente utilizando los sensores correspondientes a cada una de las variables. Posteriormente, las variables son enviadas al dispositivo Particle Photon. Los datos son procesados y convertidos en los valores correspondientes a las mediciones. Estos valores de las variables se envían a la nube, lo que permite que las lecturas estén disponibles en la interfaz tanto de manera local como remota. Se utilizó un algoritmo para calcular la presión arterial a partir de la información proporcionada por el sensor de frecuencia cardíaca.
Finalmente, los datos obtenidos fueron comparados con los de medidores comerciales. Además, una de las ventajas de este dispositivo es que puede continuar funcionando de manera local en caso de una posible falla de la red Wi-Fi.
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