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Databricks ML in Action

You're reading from   Databricks ML in Action Learn how Databricks supports the entire ML lifecycle end to end from data ingestion to the model deployment

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Product type Paperback
Published in May 2024
Publisher Packt
ISBN-13 9781800564893
Length 280 pages
Edition 1st Edition
Languages
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Authors (4):
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Hayley Horn Hayley Horn
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Hayley Horn
Amanda Baker Amanda Baker
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Amanda Baker
Anastasia Prokaieva Anastasia Prokaieva
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Anastasia Prokaieva
Stephanie Rivera Stephanie Rivera
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Stephanie Rivera
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Toc

Table of Contents (13) Chapters Close

Preface 1. Part 1: Overview of the Databricks Unified Data Intelligence Platform FREE CHAPTER
2. Chapter 1: Getting Started and Lakehouse Concepts 3. Chapter 2: Designing Databricks: Day One 4. Chapter 3: Building the Bronze Layer 5. Part 2: Heavily Project Focused
6. Chapter 4: Getting to Know Your Data 7. Chapter 5: Feature Engineering on Databricks 8. Chapter 6: Tools for Model Training and Experimenting 9. Chapter 7: Productionizing ML on Databricks 10. Chapter 8: Monitoring, Evaluating, and More 11. Index 12. Other Books You May Enjoy

Baselining with AutoML

A baseline model is a simple model used as a starting point for ML. Data scientists often use a baseline model to compare the performance of more complex models. Baseline models are typically simple or common algorithms, such as the majority class classifier or a random forest.

Baseline models are valuable for several reasons, some of which are listed here:

  • They can help you understand the difficulty of finding a signal given your current dataset. If even the best baseline model performs poorly, it may indicate that more complex models will also struggle to find useful patterns (that is, garbage data in, garbage models out).
  • Baseline models can help you to identify features that are most important for the ML task. If a baseline model performs well, it may be because it can learn from the most salient features.
  • Baseline models can help you avoid overfitting. Overfitting is a frequent problem with more complex models. It occurs when a model learns...
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