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scikit-learn Cookbook , Second Edition

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

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Product type Paperback
Published in Nov 2017
Publisher Packt
ISBN-13 9781787286382
Length 374 pages
Edition 2nd Edition
Languages
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Authors (2):
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Trent Hauck Trent Hauck
Author Profile Icon Trent Hauck
Trent Hauck
Julian Avila Julian Avila
Author Profile Icon Julian Avila
Julian Avila
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Toc

Table of Contents (13) Chapters Close

Preface 1. High-Performance Machine Learning – NumPy FREE CHAPTER 2. Pre-Model Workflow and Pre-Processing 3. Dimensionality Reduction 4. Linear Models with scikit-learn 5. Linear Models – Logistic Regression 6. Building Models with Distance Metrics 7. Cross-Validation and Post-Model Workflow 8. Support Vector Machines 9. Tree Algorithms and Ensembles 10. Text and Multiclass Classification with scikit-learn 11. Neural Networks 12. Create a Simple Estimator

Introduction

I conjecture that we are built to perceive linear functions very well. They are very easy to visualize, interpret, and explain. Linear regression is very old and was probably the first statistical model.

In this chapter, we will take a machine learning approach to linear regression.

Note that this chapter, similar to the chapter on dimensionality reduction and PCA, involves selecting the best features using linear models. Even if you decide not to perform regression for predictions with linear models, you can select the most powerful features.

Also note that linear models provide a lot of the intuition behind the use of many machine learning algorithms. For example, RBF-kernel SVMs have smooth boundaries, which when looked at up close, look like a line. Thus, SVMs are often easy to explain if, in the background, you remember your linear model intuition.

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