Understand Variable Importance in Driverless AI
- Predictive AI
- H2O Driverless AI
This lesson walks through the Variable Importance view in H2O Driverless AI, showing how automatic feature engineering creates new columns through transformers for numeric, categorical, time, text, and image data. It explains that variables are ranked by how much they contribute to the prediction, and that the full ranked list is available in the downloaded summary and logs once an experiment finishes. It covers the diagnostic charts Driverless AI generates depending on the problem type, including ROC, precision recall, lift, and gains charts for classification, and residuals plus actual versus predicted charts for regression.
Key takeaways
- How Driverless AI's automatic feature engineering applies transformers to create new engineered columns
- What the Variable Importance list shows, ranking original and engineered features by prediction contribution
- Why the Variable Importance list updates live during training as new iterations complete
- The full ranked feature list and importance scores are available in the downloaded summary and logs
- What diagnostic charts Driverless AI shows for classification versus regression problems
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