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Practical Data Analysis Using Jupyter Notebook

You're reading from   Practical Data Analysis Using Jupyter Notebook Learn how to speak the language of data by extracting useful and actionable insights using Python

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Product type Paperback
Published in Jun 2020
Publisher Packt
ISBN-13 9781838826031
Length 322 pages
Edition 1st Edition
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Author (1):
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Marc Wintjen Marc Wintjen
Author Profile Icon Marc Wintjen
Marc Wintjen
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Table of Contents (18) Chapters Close

Preface 1. Section 1: Data Analysis Essentials
2. Fundamentals of Data Analysis FREE CHAPTER 3. Overview of Python and Installing Jupyter Notebook 4. Getting Started with NumPy 5. Creating Your First pandas DataFrame 6. Gathering and Loading Data in Python 7. Section 2: Solutions for Data Discovery
8. Visualizing and Working with Time Series Data 9. Exploring, Cleaning, Refining, and Blending Datasets 10. Understanding Joins, Relationships, and Aggregates 11. Plotting, Visualization, and Storytelling 12. Section 3: Working with Unstructured Big Data
13. Exploring Text Data and Unstructured Data 14. Practical Sentiment Analysis 15. Bringing It All Together 16. Works Cited
17. Other Books You May Enjoy

Summary

Congratulations, you have successfully walked through the foundations of Natural Language Processing (NLP), along with key features that are available when working with unstructured data. We explored the Natural Language Toolkit(NLTK) Python library, which offers many options to work with free text by downloading different corpora to analyze large bodies of text. We learned how to split raw text into meaningful units called tokens so it can be interpreted and refined. We learned about regex and pattern matching using words as it applies to NLP. We also explored how to count the frequency of words in a collection of text using probability and statistical modules. Next, we learned how to normalize words using stemming and lemmatization functions, which shows how variations in words can impact your data analysis. We explained the concepts of n-grams and how to use stopwords to remove the noise that is common when working with large bodies of free text data.

In the...

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