Randomization Tests (Statistics: A Series of Textbooks and Monographs)

Hardcover, fourth edition, [22] + 345 pages. Sticker-damage and faint remnants of a removed label inside the front board; large area of sticker damage inside the rear board. Pages are in excellent condition: clean and bright throughout with unmarked text, free of inscriptions and stamps, firmly bound. Boards show gentle shelfwear. Issued without a dust jacket. -- Contents: Statistical Tests That Do Not Require Random Sampling [Randomization Tests; Numerical Examples; Randomization Tests & Nonrandom Samples; Prevalence of Nonrandom Samples in Experiments; Irrelevance of Random Samples for the Typical Experiment; Generalizing from Nonrandom Samples; Intelligibility; Respect for the Validity of Randomization Tests; Versatility; Practicality; Precursors of Randomization Tests; Other Applications of Permutation Tests; Questions & Exercises]; Randomized Experiments; Calculating P-Values [Systematic Reference Sets; Criteria of Validity for Randomization Tests; Randomization Test Null Hypotheses; Permuting Data for Experiments with Equal Sample Sizes; Monte Carlo Randomization Tests; Equivalent Test Statistics; Randomization Test Computer Programs; Writing Programs for Randomization Tests; How to Test Systematic & Random Data Permutation Programs; Nonexperimental Applications of the Programs; Questions & Exercises]; Between-Subjects Designs; Factorial Designs [Advantages of Randomization Tests; Factorial Designs for Completely Randomized Experiments; Proportional Cell Frequencies; Program for Tests of Main Effects; Completely Randomized Two- & Three-Factor Experiments; Interactions in Completely Randomized Experiments; Randomization Test Null Hypotheses & Test Statistics; Designs with Factor-Specific Dependent Variables; Dichotomous & Ranked Data; Fractional Factorial & Response Surface Designs; Questions & Exercises]; Repeated-Measures & Randomized Block Designs; Multivariate Designs [Importance of Parametric Assumptions Underlying MANOVA; Randomization Tests for Conventional MANOVA; Custom-made Multivariate Randomization Tests; Effect of Units of Measurement; Multivariate Tests Based on Composite z Scores; Combining t or F Values Over Dependent Variables; Geometrical Model; Tests of Differences in Composition; Evaluation of Three MANOVA Tests; Multivariate Factorial Designs; Combining Univariate & Multivariate P-Values; Questions & Exercises]; Correlation [Determining P-Values by Data Permutation; Computer Program for Systematic Data Permutation; Correlation with Random Data Permutation; Multivariate & Point-Biserial Correlation; Correlation Between Dichotomous Variables; Spearman's Rank Correlation Procedure; Kendall's Rank Correlation Procedure; Questions & Exercises]; Trend Tests [Goodness-of-fit Trend Test; Power of & Test Statistic for the Goodness-of-fit Trend Test; Computation of Trend Means; Computer Program for Goodness-of-fit Trend Test; Modification of the Goodness-of-fit Trend Test Statistic; Correlation Trend Test; Correlation Trend Test for Factorial Designs; Disproportional Cell Frequencies; Data Adjustment for Disproportional Cell Frequency Designs; Combining of P-Values for Trend Tests for Factorial Experiments; Repeated-measures Trend Tests; Differences in Trends; Correlation Trend Test & Simple Correlation; Ordered Levels of Treatments; Ranked & Dichotomous Data; Questions & Exercises]; Matching & Proximity Experiments; N-of-1 Designs; Tests of Quantitative Laws [Generic & Specific Null Hypotheses; Referent of a Law or Model; Test of Incremental Effects; Weber's Law; Other Psychophysical Laws; Foraging Behavior of Hawks; Complications; Questions & Exercises]; Tests of Direction & Magnitude of Effect; Fundamentals of Validity; General Guidelines and Software Availability [Randomization: Multistage Model; Permuting Data: Data-Exchanging Model; Maximizing Power; Randomization Test Computer Programs on the CD; Other Computer Programs]; References; Index.