Publication: Despliegue de nodos para medidas de irradiación solar
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2021
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Abstract
Este trabajo de fin de master, se engloba en el marco de proyectos de Irradiación solar, empezado en 2017. Concretamente, se ha enfocado en la búsqueda, aprendizaje y puesta en marcha de una plataforma IoT para la gestión de nodos y en el desarrollo de código para los nodos que permita su despliegue y monitorización.
Para ello, se han esclarecido una serie de requisitos previos para la elección de una plataforma y, a continuación, se ha realizado un estudio para encontrar la plataforma adecuada. Una vez escogida, se ha puesto en marcha el despliegue de los distintos módulos que permitan la completa gestión de los nodos.
Paralelamente, se ha desarrollado el código necesario para permitir la correcta comunicación del nodo con la plataforma, se ha optimizado el código existente y se han implementado servicios como actualización inalámbrica (OTA), aprovisionamiento y desmantelamiento. Adicionalmente, se han escogido los protocolos y tecnologías de comunicación inalámbrica que mejor podían responder a las necesidades del proyecto.
This master's thesis is part of the Solar Irradiation project framework, started in 2017. Specifically, it has focused on the search, learning and implementation of an IoT platform for the management of nodes and the development of code for the nodes that allows its deployment and monitoring. For this purpose, a series of prerequisites for the choice of a platform have been clarified and then a study has been carried out to find the right platform. Once chosen, the deployment of the different modules that allow the complete management of the nodes has been started. At the same time, the required code has been developed to allow the correct communication of the node with the platform, the existing code has been optimized and services such as wireless update (OTA), provisioning and decommissioning have been implemented. Additionally, we have chosen the wireless communication protocols and technologies that could best meet the needs of the project.
This master's thesis is part of the Solar Irradiation project framework, started in 2017. Specifically, it has focused on the search, learning and implementation of an IoT platform for the management of nodes and the development of code for the nodes that allows its deployment and monitoring. For this purpose, a series of prerequisites for the choice of a platform have been clarified and then a study has been carried out to find the right platform. Once chosen, the deployment of the different modules that allow the complete management of the nodes has been started. At the same time, the required code has been developed to allow the correct communication of the node with the platform, the existing code has been optimized and services such as wireless update (OTA), provisioning and decommissioning have been implemented. Additionally, we have chosen the wireless communication protocols and technologies that could best meet the needs of the project.
Description
Trabajo de Fin de Máster en Internet de las Cosas, Facultad de Informática UCM, Departamento de Arquitectura de Computadores y Automática, Curso 2021/22