Sistema de monitoreo de temperatura y humedad con determinación del estado de cosecha para cultivo de forraje verde de Maíz Hidropónico
This project covers the topic of pattern recognition to know the stage of development of hydroponic forage and thus determine the optimal harvesting time. Specifically, it develops two variants: initially, the use of Image Processing approaches related with Machine Learning, and after, the use of de...
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| Format: | Trabajo de grado (Pregrado y/o Especialización) |
| Language: | spa |
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Universidad Antonio Nariño
2024
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| Online Access: | https://repositorio.uan.edu.co/handle/123456789/9812 |
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| Summary: | This project covers the topic of pattern recognition to know the stage of development of
hydroponic forage and thus determine the optimal harvesting time. Specifically, it develops
two variants: initially, the use of Image Processing approaches related with Machine
Learning, and after, the use of deep learning in the disclosure and identification of patterns
in the production process of hydroponic green fodder; the project proposes to implement a
greenhouse prototype for the production of hydroponic green fodder, by controlling the
variables (light intensity, water, temperature, humidity); the control of these variables is
related to precision agriculture that has been utilized for collecting and processing crop data.
Process control methods based on embedded systems, image recognition and learning
through neural networks has been utilized with the goal of obtaining ideal values of these
variables to carry out the production process of hydroponic green fodder and at the same
time, thanks to self-learning and monitoring of variables, each time the process is carried
out, a better result will be obtained. |
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