A Practical Guide to Implementing Nonparametric and Rank-Based Procedures
Nonparametric Statistical Methods Using R covers traditional nonparametric methods and rank-based analyses, including estimation and inference for models ranging from simple location models to general linear and nonlinear models for uncorrelated and correlated responses. The authors emphasize applications and statistical computation. They illustrate the methods with many real and simulated data examples using R, including the packages Rfit and npsm.
The book first gives an overview of the R language and basic statistical concepts before discussing nonparametrics. It presents rank-based methods for one- and two-sample problems, procedures for regression models, computation for general fixed-effects ANOVA and ANCOVA models, and time-to-event analyses. The last two chapters cover more advanced material, including high breakdown fits for general regression models and rank-based inference for cluster correlated data.
The book can be used as a primary text or supplement in a course on applied nonparametric or robust procedures and as a reference for researchers who need to implement nonparametric and rank-based methods in practice. Through numerous examples, it shows readers how to apply these methods using R.
"In general, this textbook is a good addition to the sparse offerings in entry-level nonparametrics. This book would be especially good for the shelf of anyone who already knows nonparametrics, but wants a reference for how to apply those techniques in R. As R becomes more ubiquitous and data science grows into its own, I think this approach will become more common and this book will be shown to be ahead of its time." (The American Statistician)
Getting Started with R
Reading External Data
Generating Random Data
Monte Carlo Simulation
One- and Two-Sample Proportion Problems
Placement Test for the Behrens–Fisher Problem
Efficiency and Optimal Scores
Adaptive Rank Scores Tests
Simple Linear Regression
Multiple Linear Regression
Aligned Rank Tests
ANOVA and ANCOVA
Multi-Way Crossed Factorial Design
Methodology for Type III Hypotheses Testing
Multi-Sample Scale Problem
Kaplan–Meier and Log Rank Test
Cox Proportional Hazards Models
Accelerated Failure Time Models
Linear Models with Skew Normal Errors
A Hogg-Type Adaptive Procedure
Cluster Correlated Data
Joint Rankings Estimator
Robust Variance Component Estimators
Multiple Rankings Estimator
Exercises appear at the end of each chapter.