DRL and Calibration Model for IoT System with a Mini-Greenhouse

Efraim Manurung, dr. Qingzhi Liu, dr. Önder Babur Information Technology Group, Wageningen University, The Netherlands

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To be filled!

Related repositories

• The IoT system for the Raspberry Pi (client) Firmware to monitor and control the mini-greenhouse with the sensors and actuators mini-greenhouse-iot-system
• The ESP32 Weather station to measure outside mini-greenhouse (outdoor measurements) mini-greenhouse-esp32-weather-station-serial
• The example of white box (physics based model) based on the GreenLight mini-greenhouse-greenlight-model
• The black box programs to train the DNN and LSTM to predict climate inside the mini-greenhouse mini-greenhouse-model-train
• Run the DRL model in the PC (server) for the offline and online real-time experiments mini-greenhouse-model

Pre-requirements

1. Please install MATLAB application.
2. Please install and follow the procedure from the GreenLight.
3. Please install RLlib .whl from this repositoryin the Installling Ray folder. Follow this link to install it Installing Ray.

Using the model

1. Please follow the "Using the model" procedure from the original this link GreenLight. Do not forget to install the appropriate pre-requirements, for example the MATLAB version and DyMoMa package. Furthermore, do not forget to set path of the folders.
2. After it can run the example model of the original GreenLight. Try to run the exampleMiniGreenhouse in this repository mini-greenhouse-greenlight-model. The .mat file is inside the Code/runScenarios/exampleMiniGreenhouse.m. In here, itcan run the example based on the parameters for the mini-greenhouse. This folders also need in the MATLAB path.
3. After step 1 and 2, run the main-run-offline.py in this repository mini-greenhouse-model, and do not forget to set path for the MATLAB folder to the MATLAB application. In here the application can run the DNN and LSTM models. In addition, with main-run.py can run the DRL model.

Reference

1. David Katzin, Simon van Mourik, Frank Kempkes, and Eldert J. Van Henten. 2020. “GreenLight - An Open Source Model for Greenhouses with Supplemental Lighting: Evaluation of Heat Requirements under LED and HPS Lamps.” Biosystems Engineering 194: 61–81. https://doi.org/10.1016/j.biosystemseng.2020.03.010
2. To be filled!