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Nanostar challenge and Master thesis project
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In this repository, you will find the work done in the framework of the nanostar challenge:
"Automatic Vegetable Growing for Future Long-term Space Missions".
**"Automatic Vegetable Growing for Future Long-term Space Missions"**.
* Design: in this folder you will find images of the 3d modeling of the hydroponic system.
* Presentations: this 2-years project had some
* Reports: this two-year project has had review stages, the presentations of which are available here.
* Sensors: the arduino scripts needed to operate the sensors are stored here.
* Image_recognition: image processing and deep learning Algorithms to detect and analyze the condition of plants.
* MDP: planning under uncertainty algorithms to act on the system according to the condition of the plants.
![Image](Design/Fig2.png "Hydroponic system")
Authors: Gabriela CATALAN-MEDINA & Alois Adrien MENCIK-VON-ZEBINSKY
* **Design**: in this folder you will find images of the 3d modeling of the hydroponic system.
* **Presentations**: this 2-years project had some
* **Reports**: this two-year project has had review stages, the presentations of which are available here.
* **Sensors**: the arduino scripts needed to operate the sensors are stored here.
* **Image_recognition**: image processing and deep learning Algorithms to detect and analyze the condition of plants.
* **MDP**: planning under uncertainty algorithms to act on the system according to the condition of the plants.
**Authors**: Gabriela CATALAN-MEDINA & Alois Adrien MENCIK-VON-ZEBINSKY
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