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Mastering pandas

You're reading from   Mastering pandas A complete guide to pandas, from installation to advanced data analysis techniques

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Product type Paperback
Published in Oct 2019
Publisher
ISBN-13 9781789343236
Length 674 pages
Edition 2nd Edition
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Author (1):
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Ashish Kumar Ashish Kumar
Author Profile Icon Ashish Kumar
Ashish Kumar
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Table of Contents (21) Chapters Close

Preface 1. Section 1: Overview of Data Analysis and pandas FREE CHAPTER
2. Introduction to pandas and Data Analysis 3. Installation of pandas and Supporting Software 4. Section 2: Data Structures and I/O in pandas
5. Using NumPy and Data Structures with pandas 6. I/Os of Different Data Formats with pandas 7. Section 3: Mastering Different Data Operations in pandas
8. Indexing and Selecting in pandas 9. Grouping, Merging, and Reshaping Data in pandas 10. Special Data Operations in pandas 11. Time Series and Plotting Using Matplotlib 12. Section 4: Going a Step Beyond with pandas
13. Making Powerful Reports In Jupyter Using pandas 14. A Tour of Statistics with pandas and NumPy 15. A Brief Tour of Bayesian Statistics and Maximum Likelihood Estimates 16. Data Case Studies Using pandas 17. The pandas Library Architecture 18. pandas Compared with Other Tools 19. A Brief Tour of Machine Learning 20. Other Books You May Enjoy

Introduction to machine learning

Machine learning is the art of creating software programs that learn from data. More formally, it can be defined as the practice of building adaptive programs that use tunable parameters to improve predictive performance. It is a sub-field of artificial intelligence.

We can separate machine learning programs based on the type of problems they are trying to solve. These problems are appropriately called learning problems. The two categories of these problems, broadly speaking, are referred to as supervised and unsupervised learning problems. Furthermore, there are some hybrid problems that have aspects that involve both categories—supervised and unsupervised.

The input to a learning problem consists of a dataset of n rows. Each row represents a sample and may involve one or more fields referred to as attributes or features. A dataset can...

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