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The Regularization Cookbook

You're reading from   The Regularization Cookbook Explore practical recipes to improve the functionality of your ML models

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Product type Paperback
Published in Jul 2023
Publisher Packt
ISBN-13 9781837634088
Length 424 pages
Edition 1st Edition
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Author (1):
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Vincent Vandenbussche Vincent Vandenbussche
Author Profile Icon Vincent Vandenbussche
Vincent Vandenbussche
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Toc

Table of Contents (14) Chapters Close

Preface 1. Chapter 1: An Overview of Regularization 2. Chapter 2: Machine Learning Refresher FREE CHAPTER 3. Chapter 3: Regularization with Linear Models 4. Chapter 4: Regularization with Tree-Based Models 5. Chapter 5: Regularization with Data 6. Chapter 6: Deep Learning Reminders 7. Chapter 7: Deep Learning Regularization 8. Chapter 8: Regularization with Recurrent Neural Networks 9. Chapter 9: Advanced Regularization in Natural Language Processing 10. Chapter 10: Regularization in Computer Vision 11. Chapter 11: Regularization in Computer Vision – Synthetic Image Generation 12. Index 13. Other Books You May Enjoy

Training the Random Forest algorithm

The Random Forest algorithm is an ensemble learning model, meaning it uses an ensemble of decision trees, hence forest in its name.

In this recipe, we will explain how it works and then train a Random Forest model on the California housing dataset.

Getting ready

Ensemble learning is based somehow on the idea of collective intelligence. Let’s do a thought experiment to understand the power of collective intelligence.

Let’s assume we have a bot that randomly answers correctly to any binary question 51% of the time. This would be considered inefficient and unreliable.

But now, let’s also assume we are using not only one but an army of those randomly answering bots and use the majority vote as the final answer. If we have 1,000 of those bots, the majority vote will provide the right answer 75% of the time. If we have 10,000 bots, the majority vote will provide the right answer 97% of the time. This would turn a low...

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