R Programming for Data Science
This book brings the fundamentals of R programming to you, using the same material developed as part of the industry-leading Johns Hopkins Data Science Specialization. The skills taught in this book will lay the foundation for you to begin your journey learning data science. Printed copies of this book are available through Lulu.
关于
关于本书
Data science has taken the world by storm. Every field of study and area of business has been affected as people increasingly realize the value of the incredible quantities of data being generated. But to extract value from those data, one needs to be trained in the proper data science skills. The R programming language has become the de facto programming language for data science. Its flexibility, power, sophistication, and expressiveness have made it an invaluable tool for data scientists around the world.
This book is about the fundamentals of R programming. You will get started with the basics of the language, learn how to manipulate datasets, how to write functions, and how to debug and optimize code. With the fundamentals provided in this book, you will have a solid foundation on which to build your data science toolbox.
If you are interested in a printed copy of this book, you can purchase one at Lulu.
套餐
选择您的套餐
所有套装均包含以下格式的电子书:PDF 和 EPUB
The Book
最低售价
建议价格$20.00This package contains just the book in PDF, EPUB, or MOBI formats.
免费!
The Book + Datasets + R Code Files
最低售价
建议价格$25.00This package contains the book and R code files corresponding to each of the chapters in the book. The package also contains the datasets used in all of the chapters so that the code can be fully executed.
$20.00
- Datasets
- R Code Files
本书还包含在以下套装中:
The Book + Lecture Videos (HD) + Datasets + R Code Files
This package includes the book, high definition lecture video files (720p), datasets and R code files for all chapters. The collection also contains live demonstrations of how to use various aspects of R that could not be included in the book. The videos are licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International license.
- Datasets
- R Code Files
- Lecture Videos (HD)
- 最低售价
- $30.00
- 建议价格
- $35.00
作者
关于作者们
Roger D. Peng is a Professor of Statistics and Data Sciences at the University of Texas at Austin. Previously, he was Professor of Biostatistics at the Johns Hopkins Bloomberg School of Public Health and the Co-Director of the Johns Hopkins Data Science Lab. He is the author of the popular book R Programming for Data Science and 10 other books on data science and statistics. Roger is a Fellow of the American Statistical Association and is the recipient of the Mortimer Spiegelman Award from the American Public Health Association, which honors a statistician who has made outstanding contributions to public health. Roger received a PhD in Statistics from the University of California, Los Angeles. His current research focuses on building analytic design theory for improving the quality of data analyses and on the development of statistical methods for addressing environmental health problems.
播客
Podcast Episode
目录
目录
1.Stay in Touch!
2.Preface
3.History and Overview of R
- 3.1What is R?
- 3.2What is S?
- 3.3The S Philosophy
- 3.4Back to R
- 3.5Basic Features of R
- 3.6Free Software
- 3.7Design of the R System
- 3.8Limitations of R
- 3.9R Resources
4.Getting Started with R
- 4.1Installation
- 4.2Getting started with the R interface
5.R Nuts and Bolts
- 5.1Entering Input
- 5.2Evaluation
- 5.3R Objects
- 5.4Numbers
- 5.5Attributes
- 5.6Creating Vectors
- 5.7Mixing Objects
- 5.8Explicit Coercion
- 5.9Matrices
- 5.10Lists
- 5.11Factors
- 5.12Missing Values
- 5.13Data Frames
- 5.14Names
- 5.15Summary
6.Getting Data In and Out of R
- 6.1Reading and Writing Data
- 6.2Reading Data Files with
read.table() - 6.3Reading in Larger Datasets with read.table
- 6.4Calculating Memory Requirements for R Objects
7.Using the readr Package
8.Using Textual and Binary Formats for Storing Data
- 8.1Using
dput()anddump() - 8.2Binary Formats
9.Interfaces to the Outside World
- 9.1File Connections
- 9.2Reading Lines of a Text File
- 9.3Reading From a URL Connection
10.Subsetting R Objects
- 10.1Subsetting a Vector
- 10.2Subsetting a Matrix
- 10.3Subsetting Lists
- 10.4Subsetting Nested Elements of a List
- 10.5Extracting Multiple Elements of a List
- 10.6Partial Matching
- 10.7Removing NA Values
11.Vectorized Operations
- 11.1Vectorized Matrix Operations
12.Dates and Times
- 12.1Dates in R
- 12.2Times in R
- 12.3Operations on Dates and Times
- 12.4Summary
13.Managing Data Frames with the dplyr package
- 13.1Data Frames
- 13.2The
dplyrPackage - 13.3
dplyrGrammar - 13.4Installing the
dplyrpackage - 13.5
select() - 13.6
filter() - 13.7
arrange() - 13.8
rename() - 13.9
mutate() - 13.10
group_by() - 13.11
%>% - 13.12Summary
14.Control Structures
- 14.1
if-else - 14.2
forLoops - 14.3Nested
forloops - 14.4
whileLoops - 14.5
repeatLoops - 14.6
next,break - 14.7Summary
15.Functions
- 15.1Functions in R
- 15.2Your First Function
- 15.3Argument Matching
- 15.4Lazy Evaluation
- 15.5The
...Argument - 15.6Arguments Coming After the
...Argument - 15.7Summary
16.Scoping Rules of R
- 16.1A Diversion on Binding Values to Symbol
- 16.2Scoping Rules
- 16.3Lexical Scoping: Why Does It Matter?
- 16.4Lexical vs. Dynamic Scoping
- 16.5Application: Optimization
- 16.6Plotting the Likelihood
- 16.7Summary
17.Coding Standards for R
18.Loop Functions
- 18.1Looping on the Command Line
- 18.2
lapply() - 18.3
sapply() - 18.4
split() - 18.5Splitting a Data Frame
- 18.6tapply
- 18.7
apply() - 18.8Col/Row Sums and Means
- 18.9Other Ways to Apply
- 18.10
mapply() - 18.11Vectorizing a Function
- 18.12Summary
19.Regular Expressions
- 19.1Before You Begin
- 19.2Primary R Functions
- 19.3
grep() - 19.4
grepl() - 19.5
regexpr() - 19.6
sub()andgsub() - 19.7
regexec() - 19.8The
stringrPackage - 19.9Summary
20.Debugging
- 20.1Something’s Wrong!
- 20.2Figuring Out What’s Wrong
- 20.3Debugging Tools in R
- 20.4Using
traceback() - 20.5Using
debug() - 20.6Using
recover() - 20.7Summary
21.Profiling R Code
- 21.1Using
system.time() - 21.2Timing Longer Expressions
- 21.3The R Profiler
- 21.4Using
summaryRprof() - 21.5Summary
22.Simulation
- 22.1Generating Random Numbers
- 22.2Setting the random number seed
- 22.3Simulating a Linear Model
- 22.4Random Sampling
- 22.5Summary
23.Data Analysis Case Study: Changes in Fine Particle Air Pollution in the U.S.
- 23.1Synopsis
- 23.2Loading and Processing the Raw Data
- 23.3Results
24.Parallel Computation
- 24.1Hidden Parallelism
- 24.2Embarrassing Parallelism
- 24.3The Parallel Package
- 24.4Example: Bootstrapping a Statistic
- 24.5Building a Socket Cluster
- 24.6Summary
25.Why I Indent My Code 8 Spaces
26.About the Author
作者的其他著作
作者的其他著作
The Art of Data Science
Exploratory Data Analysis with R
Executive Data Science
Mastering Software Development in R
Report Writing for Data Science in R
Conversations On Data Science
Tidyverse Skills for Data Science in R
Essays on Data Analysis
Advanced Statistical Computing
The Data Science Salon

Time Series Analysis: A Brief Survey
Leanpub 无条件、零风险的100%满意保证
在支付后的60天内,只需简单点击两下,您便可以退书并且取回先前支付的全部金额。
查看完整条款。
在10美元的购买中赚取8美元,在20美元的购买中赚取16美元
我们在7.99美元或以上的购买中支付80%的版税,在0.99美元到7.98美元之间的购买中支付80%的版税减去0.5美元固定费用。在10美元的销售中您可赚取8美元,在20美元的销售中可赚取16美元。因此,如果我们以20美元的价格售出5000本未退款的图书,您将赚取80,000美元。
(是的,一些作者在Leanpub上已经赚取了远超过这个数额的收入。)
事实上,作者们通过在Leanpub上写作、出版和销售已经赚取了超过1400万美元。
了解更多关于在Leanpub上写作的信息
免费更新。无DRM。
如果你购买了Leanpub的书,只要作者更新这本书,你就可以免费获得更新!许多作者使用Leanpub在他们编写书籍的过程中发布他们的作品。所有读者都可以获得免费更新,无论他们何时购买的书或他们支付了多少钱(包括免费)。
大多数Leanpub书籍都提供PDF(适用于计算机)、EPUB(适用于手机和平板电脑)和MOBI(适用于Kindle)格式。书籍包含的格式会显示在此页面的右上角。
最后,Leanpub的书籍没有任何DRM版权保护的限制,所以你可以轻松地在任何支持的设备上阅读它们。
在 Leanpub 上写作和出版
作者与出版社使用 Leanpub 来出版正在写作中和已完成的书籍,就像这本书一样。你也可以使用 Leanpub 来撰写、出版和销售你的作品!Leanpub 是功能强大的平台,非常适合认真的作者。它结合了简单、优雅的写作与出版流程,以及一个可销售正在写作中的电子书的线上商店。Leanpub 是作家的神奇之笔:只需编写纯文本,然后点击按钮即可出版你的电子书。真的就是这么简单。
学习更多关于在 Leanpub 上写作的信息