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Learn Python by Building Data Science Applications

You're reading from   Learn Python by Building Data Science Applications A fun, project-based guide to learning Python 3 while building real-world apps

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Product type Paperback
Published in Aug 2019
Publisher Packt
ISBN-13 9781789535365
Length 482 pages
Edition 1st Edition
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Authors (2):
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Philipp Kats Philipp Kats
Author Profile Icon Philipp Kats
Philipp Kats
David Katz David Katz
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David Katz
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Table of Contents (26) Chapters Close

Preface 1. Section 1: Getting Started with Python FREE CHAPTER
2. Preparing the Workspace 3. First Steps in Coding - Variables and Data Types 4. Functions 5. Data Structures 6. Loops and Other Compound Statements 7. First Script – Geocoding with Web APIs 8. Scraping Data from the Web with Beautiful Soup 4 9. Simulation with Classes and Inheritance 10. Shell, Git, Conda, and More – at Your Command 11. Section 2: Hands-On with Data
12. Python for Data Applications 13. Data Cleaning and Manipulation 14. Data Exploration and Visualization 15. Training a Machine Learning Model 16. Improving Your Model – Pipelines and Experiments 17. Section 3: Moving to Production
18. Packaging and Testing with Poetry and PyTest 19. Data Pipelines with Luigi 20. Let's Build a Dashboard 21. Serving Models with a RESTful API 22. Serverless API Using Chalice 23. Best Practices and Python Performance 24. Assessments 25. Other Books You May Enjoy

Summary

In this chapter, we covered the foundation of Python's data science stack—the NumPy, pandas, SciPy, scikit-learn, and Jupyter libraries. By doing so, we were able to gather an understanding of this ecosystem, why and when we need all of these packages, and how they relate to each other. Understanding their relationships helps to navigate and search for a specific functionality or tool to use.

We also touched upon the reasons why NumPy-based computations are so fast, and why this leads to a somewhat different philosophy of data-driven development. We further showcased how pandas complements NumPy arrays by supporting plenty of data formats and types, and SciPy and scikit-learn build upon those data structures, allowing us to quickly train and use machine learning models. Finally, we discussed why Jupyter plays such an important role in this process and what...

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