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The Statistics and Machine Learning with R Workshop

You're reading from   The Statistics and Machine Learning with R Workshop Unlock the power of efficient data science modeling with this hands-on guide

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Product type Paperback
Published in Oct 2023
Publisher Packt
ISBN-13 9781803240305
Length 516 pages
Edition 1st Edition
Languages
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Author (1):
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Liu Peng Liu Peng
Author Profile Icon Liu Peng
Liu Peng
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Table of Contents (20) Chapters Close

Preface 1. Part 1:Statistics Essentials
2. Chapter 1: Getting Started with R FREE CHAPTER 3. Chapter 2: Data Processing with dplyr 4. Chapter 3: Intermediate Data Processing 5. Chapter 4: Data Visualization with ggplot2 6. Chapter 5: Exploratory Data Analysis 7. Chapter 6: Effective Reporting with R Markdown 8. Part 2:Fundamentals of Linear Algebra and Calculus in R
9. Chapter 7: Linear Algebra in R 10. Chapter 8: Intermediate Linear Algebra in R 11. Chapter 9: Calculus in R 12. Part 3:Fundamentals of Mathematical Statistics in R
13. Chapter 10: Probability Basics 14. Chapter 11: Statistical Estimation 15. Chapter 12: Linear Regression in R 16. Chapter 13: Logistic Regression in R 17. Chapter 14: Bayesian Statistics 18. Index 19. Other Books You May Enjoy

Data transformation with dplyr

Data transformation refers to a collection of techniques for performing row-level treatment on the raw data using dplyr functions. In this section, we will cover five fundamental functions for data transformation: filter(), arrange(), mutate(), select(), and top_n().

Slicing the dataset using the filter() function

One of the biggest highlights of the tidyverse ecosystem is the pipe operator, %>%, which provides the statement before it as the contextual input for the statement after it. Using the pipe operator gives us better clarity in terms of code structuring, besides saving the need to type multiple repeated contextual statements. Let’s go through an exercise on how to use the pipe operator to slice the iris dataset using the filter() function.

Exercise 2.02 – filtering using the pipe operator

For this exercise, we have been asked to keep only the setosa species in the iris dataset using the pipe operator and the filter...

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