scikit-learn Cookbook, 2nd Edition

scikit-learn Cookbook, 2nd Edition
scikit-learn Cookbook, 2nd Edition by Julian Avila, Trent Hauck
English | 2018 | ISBN: 1787286382 | 374 Pages | True PDF | 38 MB

scikit-learn Cookbook - Second Edition: Over 80 recipes for machine learning in Python with scikit-learn
Learn to use scikit-learn operations and functions for Machine Learning and deep learning applications.
Python is quickly becoming the go-to language for analysts and data scientists due to its simplicity and flexibility, and within the Python data space, scikit-learn is the unequivocal choice for machine learning. This book includes walk throughs and solutions to the common as well as the not-so-common problems in machine learning, and how scikit-learn can be leveraged to perform various machine learning tasks effectively.
The second edition begins with taking you through recipes on evaluating the statistical properties of data and generates synthetic data for machine learning modelling. As you progress through the chapters, you will comes across recipes that will teach you to implement techniques like data pre-processing, linear regression, logistic regression, K-NN, Naïve Bayes, classification, decision trees, Ensembles and much more. Furthermore, you’ll learn to optimize your models with multi-class classification, cross validation, model evaluation and dive deeper in to implementing deep learning with scikit-learn. Along with covering the enhanced features on model section, API and new features like classifiers, regressors and estimators the book also contains recipes on evaluating and fine-tuning the performance of your model.
By the end of this book, you will have explored plethora of features offered by scikit-learn for Python to solve any machine learning problem you come across.
What You Will Learn

  • Build predictive models in minutes by using scikit-learn
  • Understand the differences and relationships between Classification and Regression, two types of Supervised Learning.
  • Use distance metrics to predict in Clustering, a type of Unsupervised Learning
  • Find points with similar characteristics with Nearest Neighbors.
  • Use automation and cross-validation to find a best model and focus on it for a data product
  • Choose among the best algorithm of many or use them together in an ensemble.
  • Create your own estimator with the simple syntax of sklearn
  • Explore the feed-forward neural networks available in scikit-learn