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Extending Excel with Python and R

Extending Excel with Python and R

By : Steven Sanderson, Kun
5 (5)
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Extending Excel with Python and R

Extending Excel with Python and R

5 (5)
By: Steven Sanderson, Kun

Overview of this book

– Extending Excel with Python and R is a game changer resource written by experts Steven Sanderson, the author of the healthyverse suite of R packages, and David Kun, co-founder of Functional Analytics. – This comprehensive guide transforms the way you work with spreadsheet-based data by integrating Python and R with Excel to automate tasks, execute statistical analysis, and create powerful visualizations. – Working through the chapters, you’ll find out how to perform exploratory data analysis, time series analysis, and even integrate APIs for maximum efficiency. – Both beginners and experts will get everything you need to unlock Excel's full potential and take your data analysis skills to the next level. – By the end of this book, you’ll be able to import data from Excel, manipulate it in R or Python, and perform the data analysis tasks in your preferred framework while pushing the results back to Excel for sharing with others as needed.
Table of Contents (20 chapters)
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1
Part 1:The Basics – Reading and Writing Excel Files from R and Python
6
Part 2: Making It Pretty – Formatting, Graphs, and More
10
Part 3: EDA, Statistical Analysis, and Time Series Analysis
14
Part 4: The Other Way Around – Calling R and Python from Excel
16
Part 5: Data Analysis and Visualization with R and Python for Excel Data – A Case Study

Summary

In this chapter, we delved into two pivotal processes: data cleaning and EDA using R and Python, with a specific focus on Excel data.

Data cleaning is a fundamental step. We learned how to address missing data, be it through imputation, removal, or interpolation. Dealing with duplicates was another key focus, as Excel data, often sourced from multiple places, can be plagued with redundancies. Ensuring the correct assignment of data types was emphasized to prevent analysis errors stemming from data type issues.

In the realm of EDA, we started with summary statistics. These metrics, such as mean, median, standard deviation, and percentiles for numerical features, grant an initial grasp of data central tendencies and variability. We then explored data distribution, understanding which is critical for subsequent analysis and modeling decisions. Lastly, we delved into the relationships between variables, employing scatter plots and correlation matrices to unearth correlations...

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