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Publication
Campus das coisas: uma arquitetura para o campus do IPS
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 6.62 MB | Adobe PDF |
Advisor(s)
Abstract(s)
Através da realização desta dissertação, foi desenhada e implementada uma rede IoT
no campus de Setúbal do Instituto Politécnico de Setúbal, com o objetivo de promover a
pesquisa e o desenvolvimento de projetos IoT nesta instituição de ensino superior,
constituindo desta forma uma base fundamental para a melhoria e atualidade da formação
ministrada nesta área. A implementação desta rede permitirá a aplicação de diversos
dispositivos e sensores ao longo do campus, transformando-o num campus mais inteligente
e contribuindo para uma maior eficiência na utilização de recursos. Para além disso,
permitirá ainda a toda a comunidade da área envolvente ao campus como empresas,
escolas e outras entidades desenvolverem projetos em colaboração e com o apoio do
Instituto Politécnico de Setúbal. Esta rede IoT baseia-se na comunicação de longo alcance
LoRa e na utilização de servidores cloud, open-source e de carácter acessível e
comunitário. De forma a testar o potencial e o alcance da rede, foi implementado um
dispositivo comercial LoRa e desenvolvido um protótipo para testes de comunicação LoRa
que permitiu construir um mapa de cobertura para o campus e para a zona circundante ao
mesmo, tendo sido obtido um alcance máximo de 17,5 km nos testes realizados. Os
resultados obtidos permitem concluir que a rede IoT implementada e que a tecnologia de
comunicação utilizada abrangem todo o campus e ainda diversos locais onde se encontram
empresas, instituições e organizações que poderão beneficiar das vantagens que a IoT
oferece
Through this dissertation, an IoT network was designed and implemented on the Polytechnic Institute of Setúbal campus, aiming to promote the research and development of IoT projects at this higher education institution, thus constituting a fundamental basis for the improvement of up-to-date education provided in this area. The implementation of this network will also allow the implementation of various devices and sensors throughout campus, making it a smarter and more technological advanced campus, by contributing to a greater efficiency in the use of resources. It will also enable the entire community in the area surrounding the campus, such as companies, schools and other entities, to develop projects in collaboration with and with the support of the Polytechnic Institute of Setúbal. This IoT network is based on LoRa long-range communication and the use of cloud servers, which provide greater accessibility and are also open-source and community-based. In order to test the network's potential and range, a commercial LoRa device was implemented and a test prototype device was developed to allow the creation of a coverage map for the campus area and its surroundings, which shows a maximum range of 17,5 kilometers being obtained in the tests carried out. The obtained results show that the IoT network and the communication technology used in it can cover the entire campus, as well as various locations where there’s various companies, instituitions and organizations that could benefit from the advantages offered by IoT.
Through this dissertation, an IoT network was designed and implemented on the Polytechnic Institute of Setúbal campus, aiming to promote the research and development of IoT projects at this higher education institution, thus constituting a fundamental basis for the improvement of up-to-date education provided in this area. The implementation of this network will also allow the implementation of various devices and sensors throughout campus, making it a smarter and more technological advanced campus, by contributing to a greater efficiency in the use of resources. It will also enable the entire community in the area surrounding the campus, such as companies, schools and other entities, to develop projects in collaboration with and with the support of the Polytechnic Institute of Setúbal. This IoT network is based on LoRa long-range communication and the use of cloud servers, which provide greater accessibility and are also open-source and community-based. In order to test the network's potential and range, a commercial LoRa device was implemented and a test prototype device was developed to allow the creation of a coverage map for the campus area and its surroundings, which shows a maximum range of 17,5 kilometers being obtained in the tests carried out. The obtained results show that the IoT network and the communication technology used in it can cover the entire campus, as well as various locations where there’s various companies, instituitions and organizations that could benefit from the advantages offered by IoT.
Description
Keywords
IoT Smart Campus IPS LoRa Sensores Cobertura Sensors Coverage