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Create a model to get an ideally functioning turbine’s expected rotor bearing temperature.

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hariprasath-v/Machinehack-Renew-Power-Hiring-Hackathon

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Machinehack-Renew-Power-Hiring-Hackathon

Competition hosted on Machinehack.com

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Create a model to get an ideally functioning turbine’s expected rotor bearing temperature.

Final Score is 0.01852

Evaluation Metric is MAPE.

File information

  • machinehack-renew-power-hiring-hackathon_eda.ipynb

    Basic Exploratory Data Analysis

    Packages Used,

     * seaborn
     * Pandas
     * Numpy
     * Matplotlib
    
  • machinehack-renew-power-hiring-hackathon-model.ipynb

    Data Pre-processing and model.

    Packages Used,

      * Sklearn
      * Pandas
      * Numpy
      * Matplotlib
      * pycaret    
    

    Compared multiple regression models using pycaret’s compare_models function. Then took the top 3 models based on the MAPE then blend the model by using pycaret blend_models function.

Xgboost Regressor Residual Plot

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Xgboost Prediction Error Plot

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Top 3 Models

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Xgboost Feature Importance Plot

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SHAP - Xgboost Feature Importance Plot

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Rotor bearing temperature distribution - train and test data

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