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| Title | An IoT-based System Architecture for Monitoring Hydroponic Growing in Urban Agriculture |
| Authors | Manuel Ibarra, Mario Aquino, Carlos R. Quispe, Sergio Ochoa |
| Publication date | 2022 |
| Abstract | Urban agriculture allows taking advantage of the free spaces on the roofs, in such a way that you can have fresh vegetables for consumption. Particularly, hydroponic cultivation has become a very interesting alternative for vegetable production using water mixed with a nutrient solution instead of soil. This paper presents a system architecture, based on the IoT paradigm, for monitoring variables in hydroponic urban growing. This architecture involves five layers, and allows monitoring a set of variables that are relevant for this activity. Based on this architecture, a monitoring system was implemented and then evaluated through experiments performed on the roof of a house in Peru. The results show that the system prototype works properly, opening opportunities for urban agriculture in the region. |
| Downloaded | 5 times |
| Pages | 622-633 |
| Conference name | International Conference on Ubiquitous Computing and Ambient Intelligence |
| Publisher | Springer-Verlag (Berlin/Heidelberg, Germany) |
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