Sistema inteligente de estacionamiento exterior basado en IoT
Fecha
2023-07-14
Autores
Salido-Lozano, David
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[es] En este TFG se ha realizado el diseño e implementación de un sistema completo de monitorización de plazas de aparcamiento exterior de una ciudad mediante la utilización de los diferentes elementos que componen la arquitectura de una red LoRaWAN. La información del cambio de estado en el estacionamiento es recogida por el sensor de parking BOSCH. Se produce el intercambio de mensajes entre el sensor de parking y el gateway de LoRaWAN y se procesan los mensajes en el servidor de red TTN. En TTN se realiza la integración de datos con un servidor público y un servidor privado. En el servidor público se muestra una gráfica y un botón que muestra visualmente el estado del sensor. En el servidor privado se muestra el sensor en un mapa que indica su ubicación y muestra su estado y la hora de cambio de estado.
[en] In this Final Degree Project (TFG), the design and implementation of a complete system for monitoring outdoor parking spaces in a city have been carried out using the different elements that make up the architecture of a LoRaWAN network. The information regarding the change of status in the parking spaces is collected by the BOSCH parking sensor. Message exchange occurs between the parking sensor and the LoRaWAN gateway, and the messages are processed on the TTN network server. In TTN, data integration is performed with a public server and a private server. On the public server, a graph and a button are displayed, visually indicating the sensor's status. The private server also shows the sensor on a map, indicating its location, status, and the time of status change
[en] In this Final Degree Project (TFG), the design and implementation of a complete system for monitoring outdoor parking spaces in a city have been carried out using the different elements that make up the architecture of a LoRaWAN network. The information regarding the change of status in the parking spaces is collected by the BOSCH parking sensor. Message exchange occurs between the parking sensor and the LoRaWAN gateway, and the messages are processed on the TTN network server. In TTN, data integration is performed with a public server and a private server. On the public server, a graph and a button are displayed, visually indicating the sensor's status. The private server also shows the sensor on a map, indicating its location, status, and the time of status change
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IoT