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Scikit-learn Cookbook

You're reading from   Scikit-learn Cookbook Over 80 recipes for machine learning in Python with scikit-learn

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Product type Paperback
Published in Dec 2025
Last Updated in Sep 2025
Publisher Packt
ISBN-13 9781836644453
Length 414 pages
Edition 3rd Edition
Languages
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Author (1):
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John Sukup John Sukup
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John Sukup
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Table of Contents (14) Chapters Close

1. Scikit-learn Cookbook, Third Edition: Over 80 recipes for machine learning in Python with scikit-learn
2. Chapter 1: Common Conventions and API Elements of scikit-learn FREE CHAPTER 3. Chapter 2: Pre-Model Workflow and Data Preprocessing 4. Chapter 3: Dimensionality Reduction Techniques 5. Chapter 4: Building Models with Distance Metrics and Nearest Neighbors 6. Chapter 5: Linear Models and Regularization 7. Chapter 6: Advanced Logistic Regression and Extensions 8. Chapter 7: Support Vector Machines and Kernel Methods 9. Chapter 8: Tree-Based Algorithms and Ensemble Methods 10. Chapter 9: Text Processing and Multiclass Classification 11. Chapter 10: Clustering Techniques 12. Chapter 11: Novelty and Outlier Detection 13. Chapter 12: Cross-Validation and Model Evaluation Techniques 14. Chapter 13: Deploying scikit-learn Models in Production

Practical Exercises with Tree-Based Models

In this final section, we will engage in practical exercises that involve building, tuning, and evaluating tree-based and ensemble models on real-world datasets. These exercises are designed to reinforce the concepts learned throughout the chapter and demonstrate how to effectively apply these models in complex machine learning scenarios. By the end of this section, we will have hands-on experience that we can leverage in our own ML projects.

Exercise 1: Building and Evaluating a Decision Tree Classifier

In this exercise, we'll build and evaluate a basic decision tree classifier.

Implementation steps:

  1. Load libraries.
  2. Load the dataset.
  3. Split the data.
  4. Create and train the classifier.
  5. Make predictions.
  6. Evaluate performance.

Exercise 2: Hyperparameter Tuning with Random Forests

We'll fine-tune a random forest classifier using grid search to find the optimal parameters.

Implementation steps:

  1. Load libraries.
  2. Load the dataset.
  3. Split...
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