Estudio de sistemas de control IoT de bajo coste. Aplicación a variables medioambientales
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2022-05-18
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Jaén: Universidad de Jaén
Resumen
El Internet de las cosas (IoT) es una tecnología cada día más popular. De ahí que, lograr la monitorización o el control
de los diferentes dispositivos de la vida diaria a través de su conexión a Internet, se ha convertido en el objetivo de
muchas empresas, e incluso, personas individuales. Uno de los principales cambios introducidos por el IoT son las
“edificaciones inteligentes”. Disímiles de parámetros como la temperatura, humedad, calidad del aire o la intensidad
luminosa pueden ser adquiridos por estos dispositivos, almacenados y posteriormente procesados para usarlos en
diversas acciones automatizadas en el hogar en tiempo real. No obstante, el costo de su implementación suele ser
elevado, por lo que deben buscarse soluciones de bajo coste que hagan del IoT una tecnología más accesible. En este
trabajo se propone un sistema de IoT de tipo bajo coste para la monitorización de parámetros ambientales en una
habitación del hogar, y que puede ser extensible a aulas, laboratorios u oficinas.
Internet of Things (IoT) is an increasingly popular technology. Hence, achieving the monitoring or control of the different devices of daily life through their Internet connection has become the objective of many companies, and even individuals. One of the main changes introduced by the IoT are the "smart buildings". Dissimilar parameters such as temperature, humidity, air quality or light intensity can be acquired by these devices, stored and subsequently processed to be used in various automated actions at home in real time. However, the cost of its implementation is usually high, so low‐cost solutions must be sought to make IoT a more accessible technology. In this work, a low‐cost IoT system is proposed for monitoring environmental parameters in a room in the home, and that can be extended to classrooms, laboratories or offices.
Internet of Things (IoT) is an increasingly popular technology. Hence, achieving the monitoring or control of the different devices of daily life through their Internet connection has become the objective of many companies, and even individuals. One of the main changes introduced by the IoT are the "smart buildings". Dissimilar parameters such as temperature, humidity, air quality or light intensity can be acquired by these devices, stored and subsequently processed to be used in various automated actions at home in real time. However, the cost of its implementation is usually high, so low‐cost solutions must be sought to make IoT a more accessible technology. In this work, a low‐cost IoT system is proposed for monitoring environmental parameters in a room in the home, and that can be extended to classrooms, laboratories or offices.