Climatization and Luminosity Optimization of Buildings using Genetic Algorithm, Random Forest and Regression Models - Trained Models

The proposed Random Forest is used to predict if the air conditioner and artificial lighting is to be turned on, if the motorized blinds are to be opened, and if the user should open the doors and/or windows of the room.  Regarding the Polynomial Regression, it is proposed two equations, one to predict the air conditioner temperature, and another to predict the artificial lighting luminosity.

File Description:

• Input_Data_Means - Excel with the mean for each input data, required for the trained models
• Polynomial_Regression_Air_Conditioner_Model - Trained polynomial regression air conditioner model
• Polynomial_Regression_Air_Conditioner_Scaler - Trained polynomial regression air conditioner scaler
• Polynomial_Regression_Artificial_Lighting_Model - Trained polynomial regression artificial lighting model
• Polynomial_Regression_Artificial_Lighting_Scaler - Trained polynomial regression artificial lighting scaler
• Random_Forest_Encoder - Trained random forest enconder
• Random_Forest_Model - Trained random forest model