Order Statistics (Wiley Series in Probability and Statistics) - Hardcover

Book 45 of 355: Wiley Series in Probability and Statistics

David, Herbert A.

 
9780471027232: Order Statistics (Wiley Series in Probability and Statistics)

Synopsis

Other volumes in the Wiley Series in Probability and Mathematical Statistics The Theory of Linear Models and Multivariate Analysis Steven F. Arnold Presents a detailed, theoretical treatment of models that assume an underlying normal distribution. Considers the univariate linear, generalized linear, repeated measures, random effects, mixed, correlation, multivariate linear and discrimination models. Optimal estimation and testing procedures and simultaneous confidence intervals are derived for each. Emphasizes the similarity of univariate and multivariate models. Uses a co–ordinate free notation in which most of the important statistics are defined as projections on particular subspaces or the lengths of such projections. 1981 Approximation Theorems of Mathematical Statistics Robert J. Serfling This book covers asymptotic distribution theory, consistency properties, and asymptotic relative efficiency approaches. It includes methods of proof and emphasizes the manipulation of probability theorems for statistical use. Besides standard types of statistics such as the empirical distribution function, the sample moments, sample quantiles, maximum likelihood estimates, etc., Serfling treats special classes of statistics: U–statistics, differentiable statistical functions, Mestimates, L–estimates, and R–estimates. A readily accessible text for students in statistics, general mathematics, operations research, and selected engineering fields. 1980 Robust Statistics Peter J. Huber A systematic, book–length treatment of the subject. Begins with a general introduction and the formal mathematical background behind qualitative and quantitative robustness. Stresses concepts. Provides selected numerical algorithms for computing robust estimates, as well as convergence proofs. Tables contain quantitative robustness information for a variety of estimates. 1980

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About the Author

About the author HERBERT A. DAVID is Director of the Statistical Laboratory, Head of the Department of Statistics, and Distinguished Professor in Sciences and Humanities at Iowa State University. He has also served as Professor of Biostatistics at the University of North Carolina, Chapel Hill, and as Professor of Statistics at Virginia Polytechnic Institute. Professor David served as Editor of Biometrics from 1967 to 1972, and as Chairman of the Biometrics Editorial Board from 1977 to 1980. He is a Fellow of the American Statistical Association and the Institute of Mathematical Statistics, and Member of the International Statistical Institute. He received his Ph.D. in statistics from the University College, London in 1953.

From the Back Cover

Other volumes in the Wiley Series in Probability and Mathematical Statistics The Theory of Linear Models and Multivariate Analysis Steven F. Arnold Presents a detailed, theoretical treatment of models that assume an underlying normal distribution. Considers the univariate linear, generalized linear, repeated measures, random effects, mixed, correlation, multivariate linear and discrimination models. Optimal estimation and testing procedures and simultaneous confidence intervals are derived for each. Emphasizes the similarity of univariate and multivariate models. Uses a co–ordinate free notation in which most of the important statistics are defined as projections on particular subspaces or the lengths of such projections. 1981 Approximation Theorems of Mathematical Statistics Robert J. Serfling This book covers asymptotic distribution theory, consistency properties, and asymptotic relative efficiency approaches. It includes methods of proof and emphasizes the manipulation of probability theorems for statistical use. Besides standard types of statistics such as the empirical distribution function, the sample moments, sample quantiles, maximum likelihood estimates, etc., Serfling treats special classes of statistics: U–statistics, differentiable statistical functions, Mestimates, L–estimates, and R–estimates. A readily accessible text for students in statistics, general mathematics, operations research, and selected engineering fields. 1980 Robust Statistics Peter J. Huber A systematic, book–length treatment of the subject. Begins with a general introduction and the formal mathematical background behind qualitative and quantitative robustness. Stresses concepts. Provides selected numerical algorithms for computing robust estimates, as well as convergence proofs. Tables contain quantitative robustness information for a variety of estimates. 1980

From the Inside Flap

This volume is a unified, thoroughly updated treatment of both the theory and applications of ordered random variables and functions thereof. Familiar examples of such order statistics are the extremes, the range, the extreme–deviate, and the studentized range. The text provides systematic development of the distribution theory of order statistics for discrete as well as continuous populations. Important applications covered include procedures for the treatment of outliers and other techniques commonly placed under the heading of data analysis. Short–cut methods, robust estimation, lifetesting, reliability, and extreme–value theory are all dealt with. Also, this latest edition features new material on order statistics for independent nonidentically distributed variates, linear functions of order statistics (in finite samples), concomitants of order statistics, and testing for outliers from a regression model. The section on robust estimation has been greatly expanded and much of the material on asymptotic theory of order statistics has been completely rewritten. Many exercises, most with an indication of source in the literature, an extensive, expanded set of references on all aspects of the subject, and a guide to the numerous tables that are essential for the ready use of the methodology, complement the text. Order Statistics, 2nd Edition continues to provide up–to–date, comprehensive treatment of this growing field. Statisticians, graduate students and users of statistics throughout academia, industry and government will find this a most valuable guide to the theory, methodology, applications, and original literature of order statistics.

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