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Hands-On Machine Learning with scikit-learn and Scientific Python Toolkits

You're reading from   Hands-On Machine Learning with scikit-learn and Scientific Python Toolkits A practical guide to implementing supervised and unsupervised machine learning algorithms in Python

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Product type Paperback
Published in Jul 2020
Publisher Packt
ISBN-13 9781838826048
Length 384 pages
Edition 1st Edition
Languages
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Author (1):
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Tarek Amr Tarek Amr
Author Profile Icon Tarek Amr
Tarek Amr
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Table of Contents (18) Chapters Close

Preface 1. Section 1: Supervised Learning
2. Introduction to Machine Learning FREE CHAPTER 3. Making Decisions with Trees 4. Making Decisions with Linear Equations 5. Preparing Your Data 6. Image Processing with Nearest Neighbors 7. Classifying Text Using Naive Bayes 8. Section 2: Advanced Supervised Learning
9. Neural Networks – Here Comes Deep Learning 10. Ensembles – When One Model Is Not Enough 11. The Y is as Important as the X 12. Imbalanced Learning – Not Even 1% Win the Lottery 13. Section 3: Unsupervised Learning and More
14. Clustering – Making Sense of Unlabeled Data 15. Anomaly Detection – Finding Outliers in Data 16. Recommender System – Getting to Know Their Taste 17. Other Books You May Enjoy

Getting to know additional linear classifiers

Before ending this chapter, it is useful to highlight some additional linear classification algorithms:

  • SGD is a versatile solver. As mentioned earlier, it can perform a logistic regression classification in addition to SVM and perceptron classification, depending on the loss function used. It also allows regularized penalties.
  • The rideclassifier converts class labels into 1 and -1 and treats the problem as a regression task. It also deals well with non-binary classification tasks. Due to its design, it uses a different set of solvers, so it's worth trying as it may be quicker to learn when dealing with a large number of classes.
  • LinearSupportVectorClassification (LinearSVC) is another linear model. Rather than log loss, it uses the hinge function, which aims to find class boundaries where the samples of each class are as far as possible from the boundaries. This is not to be confused with...
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