Modelado y evaluación del protocolo LoRaWAN en red de sensores inalámbricos para la gestión de luminarias inteligentes en la FEIRNNR de la Universidad Nacional de Loja.
In this final degree project it is intended to model and evaluate the LoRaWAN protocol for an efficient and intelligent lighting prototype, which is based on the management of energy resources, this innovation project is focused on the FEIRNNR of the National University of Loja, Therefore, given the...
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| Format: | bachelorThesis |
| Langue: | spa |
| Publié: |
2021
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| Accès en ligne: | https://dspace.unl.edu.ec/jspui/handle/123456789/24290 |
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| Résumé: | In this final degree project it is intended to model and evaluate the LoRaWAN protocol for an efficient and intelligent lighting prototype, which is based on the management of energy resources, this innovation project is focused on the FEIRNNR of the National University of Loja, Therefore, given the location and the application, it is also necessary to be introduced to topics such as: Smart Campus, Energy Efficiency and IoT Technologies. It should be emphasized that the research focuses only on the communication by simulation part. The analysis of the network has characteristics of the place, such as: the current number of possible end nodes and the dimensioning of the physical space of the FEIRNNR, with which 2 scenarios have been proposed to see the behavior of the traffic that has with respect to one and ten gateways and the number of end nodes that corresponds to the electricity demand factor for classrooms and offices in buildings in such a way that a single-channel network is simulated with a multichannel. Furthermore, since it is an evaluation project, feasible equipment is proposed for implementation, such as the gateway and nodes, according to the requirements of the Energy Efficiency / SMART UNL project; Therefore, this research is part of the aforementioned project and the characteristics of the equipment are modeled in the Radio Mobile program to measure its link budget and determine the maximum radio link coverage. Keywords: Smart Campus, energy efficiency, LPWAN, LoRaWAN, OMNET ++. |
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