Robust nonparametric statistical methods

"Often referred to as distribution-free methods, nonparametric methods do not rely on assumptions that the data are drawn from a given probability distribution. With an emphasis on Wilcoxon rank methods that enable a unified approach to data analysis, this book presents a unique overview of rob...

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Hauptverfasser: Hettmansperger, Thomas P. 1939- (VerfasserIn), McKean, Joseph W. 1944- (VerfasserIn)
Format: Buch
Sprache:English
Veröffentlicht: Boca Raton, Fla. [u.a.] CRC Press 2011
Ausgabe:2. ed.
Schriftenreihe:Monographs on statistics and applied probability 119
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Datensatz im Suchindex

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adam_text Contents Preface xv 1 One-Sample Problems 1 1.1 Introduction ............................ 1 1.2 Location Model .......................... 2 1.3 Geometry and Inference in the Location Model ......... 5 1.3.1 Computation ....................... 13 1.4 Examples ............................. 14 1.5 Properties of Norm-Based Inference ............... 19 1.5.1 Basic Properties of the Power Function 75(6*) ..... 20 1.5.2 Asymptotic Linearity and Pitman Regularity ...... 22 1.5.3 Asymptotic Theory and Efficiency Results for θ . . . . 26 1.5.4 Asymptotic Power and Efficiency Results for the Test Based on S{0) ....................... 27 1.5.5 Efficiency Results for Confidence Intervals Based on S{6) 29 1.6 Robustness Properties of Norm-Based Inference ........ 32 1.6.1 Robustness Properties of θ ................ 33 1.6.2 Breakdown Properties of Tests .............. 35 1.7 Inference and the Wilcoxon Signed-Rank Norm ........ 38 1.7.1 Null Distribution Theory of Т(0) ............ 39 1.7.2 Statistical Properties ................... 40 1.7.3 Robustness Properties .................. 46 1.8 Inference Based on General Signed-Rank Norms ........ 48 1.8.1 Null Properties of the Test ................ 50 1.8.2 Efficiency and Robustness Properties .......... 51 1.9 Ranked Set Sampling ....................... 57 1.10 Lx Interpolated Confidence Intervals .............. 61 1.11 Two-Sample Analysis ....................... 65 1.12 Exercises .............................. 70 x CONTENTS 2 Two-Sample Problems 77 2.1 Introduction ............................ 77 2.2 Geometric Motivation ...................... 78 2.2.1 Least Squares (LS) Analysis ............... 81 2.2.2 Mann-Whitney-Wilcoxon (MWW) Analysis ...... 82 2.2.3 Computation ....................... 84 2.3 Examples ............................. 84 2.4 Inference Based on the Mann-Whitney-Wilcoxon ........ 87 2.4.1 Testing ........................... 87 2.4.2 Confidence Intervals ................... 97 2.4.3 Statistical Properties of the Inference Based on the MWW 97 2.4.4 Estimation of Δ ...................... 102 2.4.5 Efficiency Results Based on Confidence Intervals .... 103 2.5 General Rank Scores ....................... 105 2.5.1 Statistical Methods .................... 109 2.5.2 Efficiency Results ..................... 110 2.5.3 Connection between One- and Two-Sample Scores ... 113 2.6 L Analyses ............................ 115 2.6.1 Analysis Based on the Lx Pseudo-Norm ......... 115 2.6.2 Analysis Based on the L Norm ............. 119 2.7 Robustness Properties ...................... 122 2.7.1 Breakdown Properties .................. 122 2.7.2 Influence Functions .................... 123 2.8 Proportional Hazards ....................... 125 2.8.1 The Log Exponential and the Savage Statistic ..... 126 2.8.2 Efficiency Properties ................... 129 2.9 Two-Sample Rank Set Sampling (RSS) ............. 131 2.10 Two-Sample Scale Problem ................... 133 2.10.1 Appropriate Score Functions ............... 133 2.10.2 Efficacy of the Traditional F-Test ............ 142 2.11 Behrens-Fisher Problem ..................... 144 2.11.1 Behavior of the Usual MWW Test ............ 144 2.11.2 General Rank Tests .................... 146 2.11.3 Modified Mathisen s Test ................. 147 2.11.4 Modified MWW Test ................... 149 2.11.5 Efficiencies and Discussion ................ 150 2.12 Paired Designs .......................... 152 2.12.1 Behavior under Alternatives ............... 156 2.13 Exercises .............................. 157 CONTENTS xi 3 Linear Models 165 3.1 Introduction............................ 165 3.2 Geometry of Estimation and Tests ................ 166 3.2.1 The Geometry of Estimation ............... 166 3.2.2 The Geometry of Testing ................. 169 3.3 Examples ............................. 172 3.4 Assumptions for Asymptotic Theory .............. 177 3.5 Theory of Rank-Based Estimates ................ 180 3.5.1 R Estimators of the Regression Coefficients ....... 180 3.5.2 R Estimates of the Intercept ............... 185 3.6 Theory of Rank-Based Tests ................... 191 3.6.1 Null Theory of Rank-Based Tests ............ 191 3.6.2 Theory of Rank-Based Tests under Alternatives .... 197 3.6.3 Further Remarks on the Dispersion Function ...... 201 3.7 Implementation of the R Analysis ................ 203 3.7.1 Estimates of the Scale Parameter τψ .......... 204 3.7.2 Algorithms for Computing the R Analysis ....... 207 3.7.3 An Algorithm for a Linear Search ............ 210 3.8 Lx Analysis ............................ 211 3.9 Diagnostics ............................ 213 3.9.1 Properties of R Residuals and Model Misspecification . 214 3.9.2 Standardization of R Residuals ............. 220 3.9.3 Measures of Influential Cases .............. 227 3.10 Survival Analysis ......................... 231 3.11 Correlation Model ......................... 240 3.11.1 Huber s Condition for the Correlation Model ...... 240 3.11.2 Traditional Measure of Association and Its Estimate . 242 3.11.3 Robust Measure of Association and Its Estimate .... 243 3.11.4 Properties of R Coefficients of Multiple Determination 245 3.11.5 Coefficients of Determination for Regression ...... 250 3.12 High Breakdown (HBR) Estimates ............... 252 3.12.1 Geometry of the HBR Estimates ............ 252 3.12.2 Weights ......... χ ................ 253 3.12.3 Asymptotic Normality of ßHBR............. 256 3.12.4 Robustness Properties of the HBR Estimates ...... 260 3.12.5 Discussion ......................... 263 3.12.6 Implementation and Examples .............. 264 3.12.7 Studentized Residuals .................. 265 3.12.8 Example on Curvature Detection ............ 267 3.13 Diagnostics for Differentiating between Fits .......... 268 3.14 Rank-Based Procedures for Nonlinear Models ......... 276 3.14.1 Implementation ...................... 279 xii CONTENTS 3.15 Exercises .............................. 282 4 Experimental Designs: Fixed Effects 291 4.1 Introduction ............................ 291 4.2 One-way Design .......................... 292 4.2.1 R Fit of the One-way Design ............... 294 4.2.2 Rank-Based Tests of Ho : μλ = ■ · ■ = џк........ 296 4.2.3 Tests of General Contrasts ................ 299 4.2.4 More on Estimation of Contrasts and Location ..... 300 4.2.5 Pseudo-observations ................... 302 4.3 Multiple Comparison Procedures ................ 304 4.3.1 Discussion ......................... 311 4.4 Two-way Crossed Factorial .................... 313 4.5 Analysis of Covariance ...................... 317 4.6 Further Examples ......................... 321 4.7 Rank Transform .......................... 325 4.7.1 Monte Carlo Study .................... 327 4.8 Exercises .............................. 331 5 Models with Dependent Error Structure 337 5.1 Introduction ............................ 337 5.2 General Mixed Models ...................... 337 5.2.1 Applications ........................ 342 5.3 Simple Mixed Models ....................... 342 5.3.1 Variance Component Estimators ............. 343 5.3.2 Studentized Residuals .................. 344 5.3.3 Example and Simulation Studies ............ 346 5.3.4 Simulation Studies of Validity .............. 347 5.3.5 Simulation Study of Other Score Functions ....... 349 5.4 Arnold Transformations ..................... 350 5.4.1 R Fit Based on Arnold Transformed Data ....... 351 5.5 General Estimating Equations (GEE) .............. 356 5.5.1 Asymptotic Theory .................... 359 5.5.2 Implementation and a Monte Carlo Study ....... 360 5.5.3 Example: Inflammatory Markers ............. 362 5.6 Time Series ............................ 366 5.6.1 Asymptotic Theory .................... 368 5.6.2 Wald -Туре Inference ................... 370 5.6.3 Linear Models with Autoregressive Errors ....... 372 5.7 Exercises .............................. 375 CONTENTS xiii 6 Multivariate 377 6.1 Multivariate Location Model................... 377 6.2 Componentwise Methods..................... 382 6.2.1 Estimation ......................... 385 6.2.2 Testing ........................... 386 6.2.3 Componentwise Rank Methods ............. 390 6.3 Spatial Methods .......................... 392 6.3.1 Spatial Sign Methods ................... 392 6.3.2 Spatial Rank Methods .................. 399 6.4 Affine Equivariant and Invariant Methods ........... 403 6.4.1 Blumen s Bivariate Sign Test .............. 403 6.4.2 Affine Invariant Sign Tests ................ 405 6.4.3 The Oja Criterion Function ............... 413 6.4.4 Additional Remarks ................... 418 6.5 Robustness of Estimates of Location .............. 419 6.5.1 Location and Scale Invariance: Componentwise Methods 419 6.5.2 Rotation Invariance: Spatial Methods .......... 420 6.5.3 The Spatial Hodges- Lehmann Estimate ......... 421 6.5.4 Affine Equivariant Spatial Median ............ 421 6.5.5 Affine Equivariant Oja Median ............. 422 6.6 Linear Model ........................... 422 6.6.1 Test for Regression Effect ................ 425 6.6.2 The Estimate of the Regression Effect ......... 431 6.6.3 Tests of General Hypotheses ............... 432 6.7 Experimental Designs ....................... 439 6.8 Exercises .............................. 443 A Asymptotic Results 447 A.I Central Limit Theorems ..................... 447 A. 2 Simple Linear Rank Statistics .................. 448 A. 2.1 Null Asymptotic Distribution Theory .......... 449 A. 2.2 Local Asymptotic Distribution Theory ......... 450 A.2.3 Signed-Rank Statistics .................. 457 A.3 Rank-Based Analysis of Linear Models ............. 460 A. 3.1 Convex Functions ..................... 463 A. 3.2 Asymptotic Linearity and Quadraticity ......... 464 A. 3.3 Asymptotic Distance between β and β ......... 467 A. 3.4 Consistency of the Test Statistic Fv ........... 468 A.3.5 Proof of Lemma 3.5.1................... 469 A. 4 Asymptotic Linearity for the L Analysis ............ 470 A. 5 Influence Functions ........................ 473 xiv CONTENTS Α. 5.1 Influence Function for Estimates Based on Signed-Rank Statistics .......................... 474 A. 5.2 Influence Functions for Chapter 3............ 476 A.5.3 Influence Function of ßHBR of Section 3.12.4...... 482 A.6 Asymptotic Theory for Section 3.12.3.............. 484 A.7 Asymptotic Theory for Section 3.12.7.............. 491 A. 8 Asymptotic Theory for Section 3.13............... 492 References 495 Author Index 521 Index 527 Statistics Presenting an extensive set of tools and methods for data analysis, Robust Nonparametric Statistical Methods, Second Edition covers univariate tests and estimates with extensions to linear models, multivariate models, times series models, experimental designs, and mixed models. It follows the approach of the first edition by developing rank-based methods from the unifying theme of geometry. This edition, however, includes more mod¬ els and methods and significantly extends the possible analyses based on ranks. New to the Second Edition • A new section on rank procedures for nonlinear models • A new chapter on models with dependent error structure, covering rank methods for mixed models, general estimating equations, and time series • New material on the development of computationally efficient affine invariant/equivariant sign methods based on transform-retransform techniques in multivariate models Taking a comprehensive, unified approach to statistical analysis, the book continues to describe one- and two-sample problems, the basic develop¬ ment of rank methods in the linear model, and fixed effects experimental designs. It also explores models with dependent error structure and mul¬ tivariate models. The authors illustrate the implementation of the methods using many real-world examples and R. More information about the data sets and R packages can be found at www.crcpress.com.
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series Monographs on statistics and applied probability
series2 Monographs on statistics and applied probability
spellingShingle Hettmansperger, Thomas P. 1939-
McKean, Joseph W. 1944-
Robust nonparametric statistical methods
Monographs on statistics and applied probability
Nonparametric statistics
Robust statistics
MATHEMATICS / Probability & Statistics / General bisacsh
Robuste Statistik (DE-588)4451047-0 gnd
Nichtparametrische Statistik (DE-588)4226777-8 gnd
subject_GND (DE-588)4451047-0
(DE-588)4226777-8
title Robust nonparametric statistical methods
title_auth Robust nonparametric statistical methods
title_exact_search Robust nonparametric statistical methods
title_full Robust nonparametric statistical methods Thomas P. Hettmansperger ; Joseph W. McKean
title_fullStr Robust nonparametric statistical methods Thomas P. Hettmansperger ; Joseph W. McKean
title_full_unstemmed Robust nonparametric statistical methods Thomas P. Hettmansperger ; Joseph W. McKean
title_short Robust nonparametric statistical methods
title_sort robust nonparametric statistical methods
topic Nonparametric statistics
Robust statistics
MATHEMATICS / Probability & Statistics / General bisacsh
Robuste Statistik (DE-588)4451047-0 gnd
Nichtparametrische Statistik (DE-588)4226777-8 gnd
topic_facet Nonparametric statistics
Robust statistics
MATHEMATICS / Probability & Statistics / General
Robuste Statistik
Nichtparametrische Statistik
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=022537356&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=022537356&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA
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work_keys_str_mv AT hettmanspergerthomasp robustnonparametricstatisticalmethods
AT mckeanjosephw robustnonparametricstatisticalmethods