2nd Edition

Statistical Programming in SAS

ISBN 9780367357979
Published December 9, 2019 by Chapman and Hall/CRC
378 Pages 50 B/W Illustrations

USD $79.95

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Book Description

Statistical Programming in SAS Second Edition provides a foundation for programming to implement statistical solutions using SAS, a system that has been used to solve data analytic problems for more than 40 years. The author includes motivating examples to inspire readers to generate programming solutions. Upper-level undergraduates, beginning graduate students, and professionals involved in generating programming solutions for data-analytic problems will benefit from this book. The ideal background for a reader is some background in regression modeling and introductory experience with computer programming.

The coverage of statistical programming in the second edition includes

 Getting data into the SAS system, engineering new features, and formatting variables

 Writing readable and well-documented code

 Structuring, implementing, and debugging programs that are well documented

 Creating solutions to novel problems

 Combining data sources, extracting parts of data sets, and reshaping data sets as needed for other analyses

 Generating general solutions using macros

 Customizing output

 Producing insight-inspiring data visualizations

 Parsing, processing, and analyzing text

 Programming solutions using matrices and connecting to R

 Processing text

 Programming with matrices

 Connecting SAS with R

 Covering topics that are part of both base and certification exams.

Table of Contents

1. Structuring, implementing, and debugging programs to learn about data
    Statistical Programming
    Learning from Constructed, Artificial Data
    Good Programming Practice
    SAS Program Structure
    What Is a SAS Data Set?
    Internally Documenting SAS Program
    Basic Debugging
    Getting Help

2. Reading, Creating and Formatting Data Sets
    What does a SAS Data Step do?
    Reading Data from External Files
    Reading CSV, Excel and TEXT files
    Temporary versus Permanent Status of Data Sets
    Formatting and Labeling Variables
    User-defined Formatting
    Recoding and Transforming Variables in a DATA Step
    Writing Out a File or Making a Simple Report

3. Programming a DATA step
    Writing Programs by subdividing tasks
    Ordering How Tasks are Done
    Index-able Lists of variables, aka arrays
    Functions associated with Statistical Distributions
    Generating Variables Using Random Number Generators
    Remembering Variable Values across Observations
    Processing multiple observations for a single observation
    Case Study 1: Is the Two-Sample t-Test Robust to Violations of the Heterogeneous Variance assumption?
    Efficiency considerations – how long does it take?
    Case Study 2: Monte Carlo Integration to Estimate an Integral
    Case Study 3: Simple Percentile-Based Bootstrap
    Case Study 4: Randomization Test for the Equality of Two Populations

4. Combining, extracting and reshaping data
    Adding observations by SET-ing data sets
    Adding variables by MERGE-ing data sets
    Working with tables in PROC SQL
    Converting wide to long formats
    Converting long to wide formats
    Case Study: Reshaping a World Bank data set
    Building training and validation data sets
    Self-Study lab

5. Macro Programming
    What Is a Macro and Why Would You Use It?
    Motivation for Macros: Numerical Integration to Determine P(0<Z<1.645)
    Processing Macros
    Macro Variables, Parameters, and Functions
    Conditional Execution, Looping, and Macros
    Saving Macros
    Functions and Routines for Macros
    Case Study:  Macro for constructing training and test data set for Model    Comparison
    Case Study: Processing Multiple Data Sets

6. Customizing Output and Generating Data Visualizations
    Using the Output Delivery System
    Graphics in SAS
    ODS Statistical Graphics
    Modifying Graphics Using the ODS Graphics Editor
    Graphing with Styles and Templates
    Statistical Graphics—Entering the Land of SG Procedures
    Case Study: Using the SG Procedures
    Enhancing SG displays – options with SG procedure statements
    Using Annotate Data Sets to enhance SG displays
    Using Attribute Maps to enhance SG displays

7. Processing Text
    Cleaning and Processing Text Data
    Starting with Character Functions
    Processing Text
    Case Study:  Sentiment in State of the Union addresses
    Case Study:  Reading Text from a Web Page
    Regular Expressions
    Case Study (revisited) – Applying Regular Expressions

8. Programming with Matrices and Vectors
    Defining a Matrix and Subscripting
    Using Diagonal Matrices and Stacking Matrices
    Using Elementwise Operations, Repeating, and Multiplying Matrices
    Importing a Data Set into SAS/IML and Exporting Matrices from SAS/IML to a Data    Set
    Case Study 1: Monte Carlo Integration to Estimate π
    Case Study 2: Bisection Root Finder
    Case Study 3: Randomization Test Using Matrices Imported from PROC PLAN
    Case Study 4: SAS/IML Module to Implement Monte Carlo Integration to Estimate π
    Storing and loading SAS/IML modules
    SAS/IML and R


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A. John Bailer, PhD, PStat®, is a University Distinguished Professor and a founding chair

of the Department of Statistics and an affiliate member of the Departments of Biology and

Sociology and Gerontology as well as the Institute for the Environment and Sustainability

at the Miami University in Oxford, Ohio. He is President of the International Statistical

Institute (2019–2021). He previously served on the Board of Directors of the American

Statistical Association. He is a Fellow of the American Statistical Association, the Society

for Risk Analysis, and the American Association for the Advancement of Science. His

research has focused on the quantitative risk estimation but has collaborations addressing

problems in toxicology, environmental health, and occupational safety. He received

the E. Phillips Knox Distinguished Teaching Award in 2018 after previously receiving the

Distinguished Teaching Award for Excellence in Graduate Instruction and Mentoring and

the College of Arts and Science Distinguished Teaching Award. He is also the co-founder

and continuing panelist on the Stats+Stories podcast (www.statsandstories.net).


"This book is useful for people who want to learn SAS programing, and assumes the students have knowledge of multiple linear regression and one-way ANOVA models.…The second edition has added a chapter on text processing, and reorganized the chapter order…Some topics that are relevant for the SAS Base and Certifications exams are covered, and a nice feature is the highlighting of programing tips in gray."

"This is a very complete book for programming SAS in statistical analyses. This second edition offers the possibility to debug some programs and provides new examples and applications, which are very useful. This book is a very useful companion tool for students or beginners in SAS, or for more experienced statisticians who already use SAS for statistical analyses."
~ISCB News