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1.9.1.1

Release Notes

  • Change Log

Introduction

  • Introduction to Driverless AI

Licensing

  • Driverless AI License

Installation and Upgrade

  • Driverless AI Installation And Upgrade

Configuration

  • Configuration and Authentication

Datasets

  • Datasets in Driverless AI

Data Insights

  • Automatic Visualization

Feature Engineering

  • Automatic Feature Engineering

Modeling

  • Building Models in Driverless AI
    • Launching Driverless AI
    • Before You Begin
    • Experiments
    • Time Series in Driverless AI
    • NLP in Driverless AI
    • Image Processing in Driverless AI
  • Automated Model Documentation (AutoDoc)

Machine Learning Interpretability

  • Machine Learning Interpretability

Scoring on New Datasets

  • Scoring on Another Dataset

Transforming Datasets

  • Transforming Another Dataset

Scoring Pipelines

  • Scoring Pipelines

Productionization

  • Deploying the MOJO Pipeline

Clients

  • Driverless AI Clients

Monitoring and Logging

  • Monitoring and Logging

Security

  • Security

Frequently Asked Questions

  • FAQ

Appendices

  • Appendix A: Custom Recipes
  • Appendix B: Third-Party Integrations

References

  • References

Third-Party Notices

  • Third-Party Licenses
Using Driverless AI
  • »
  • Building Models in Driverless AI
  • Edit on GitHub

Building Models in Driverless AI¶

  • Launching Driverless AI
    • Resources
    • Messages
  • Before You Begin
    • Sampling in Driverless AI
    • Missing and Unseen Levels Handling
    • Imputation in Driverless AI
    • Driverless AI Transformations
    • Internal Validation Technique
    • Ensemble Learning in Driverless AI
    • Time Series Best Practices
    • Experiment Queuing In Driverless AI
    • Tips ‘n Tricks
  • Experiments
    • Experiment Settings
    • Expert Settings
    • Scorers
    • New Experiments
    • Completed Experiment
    • Model Insights
    • Model Scores
    • Experiment Graphs
    • Experiment Summary
    • Model Performance on another Dataset
    • Checkpointing, Rerunning, and Retraining Experiments
    • Leaderboards
    • Project Workspace
  • Time Series in Driverless AI
    • Understanding Time Series
    • Rolling-Window-Based Predictions
    • Time Series Constraints
    • Time Series Use Case: Sales Forecasting
    • Using a Driverless AI Time Series Model to Forecast
    • Time Series Expert Settings
    • Additional Resources
  • NLP in Driverless AI
    • NLP Feature Engineering
    • n-gram
    • Truncated SVD Features
    • Linear Models for TF-IDF Vectors
    • Word Embeddings
    • PyTorch Transformer Architecture Models (eg. BERT) as Modeling Algorithms
    • NLP Naming Conventions
    • NLP Expert Settings
    • A Typical NLP Example: Sentiment Analysis
  • Image Processing in Driverless AI
    • Uploading Data for Image Processing
    • Modeling Images
    • Deploy Image Model
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