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Applied Unsupervised Learning with Python

Applied Unsupervised Learning with Python

By : Benjamin Johnston , Aaron Jones , Christopher Kruger
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Applied Unsupervised Learning with Python

Applied Unsupervised Learning with Python

3 (2)
By: Benjamin Johnston , Aaron Jones , Christopher Kruger

Overview of this book

Unsupervised learning is a useful and practical solution in situations where labeled data is not available. Applied Unsupervised Learning with Python guides you in learning the best practices for using unsupervised learning techniques in tandem with Python libraries and extracting meaningful information from unstructured data. The book begins by explaining how basic clustering works to find similar data points in a set. Once you are well-versed with the k-means algorithm and how it operates, you’ll learn what dimensionality reduction is and where to apply it. As you progress, you’ll learn various neural network techniques and how they can improve your model. While studying the applications of unsupervised learning, you will also understand how to mine topics that are trending on Twitter and Facebook and build a news recommendation engine for users. Finally, you will be able to put your knowledge to work through interesting activities such as performing a Market Basket Analysis and identifying relationships between different products. By the end of this book, you will have the skills you need to confidently build your own models using Python.
Table of Contents (12 chapters)
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Applied Unsupervised Learning with Python
Preface

Introduction


So far, we have covered two popular ways of approaching the clustering problem: k-means and hierarchical clustering. Both clustering techniques have pros and cons associated with how they are carried out. Once again, let's revisit where we have been in the first two chapters so we can gain further context to where we will be going in this chapter.

In the challenge space of unsupervised learning, you will be presented with a collection of feature data, but no complementary labels telling you what these feature variables necessarily mean. While you may not get a discrete view into what the target labels are, you can get some semblance of structure out of the data by clustering similar groups together and seeing what is similar within groups. The first approach we covered to achieve this goal of clustering similar data points is k-means.

k-means works best for simpler data challenges where speed is paramount. By simply looking at the closest data points, there is not a lot of computational...

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