Recent Developments in Nonparametric Inference and Probability: Festschrift for Michael Woodroofe
Editor: Jiayang Sun
Editor: Anirban DasGupta
Editor: Vince Melfi
Editor: Connie Page
Lecture Notes--Monograph Series, Number 50
Beachwood, Ohio, USA: Institute of Mathematical Statistics, 2006.
231 pp.
Abstract:
There have been extensive developments recently in modern nonparametric inference and modeling. Nonparametric and semi-parametric methods are especially useful with large amounts of data that are now routinely collected in many areas of science. Probability and stochastic modeling are also playing major new roles in scientific applications. This refereed special volume highlights challenges and developments at this interface of statistics, probability and the sciences, and honors Michael B. Woodroofe for his pioneering contributions to nonparametric inference and probability.
Subjects:
62-06 (primary)60-06 (secondary)
62G99 (secondary)
00B30 (secondary)
00B25 (secondary)
ISBN:0-940600-66-9
Zentralblatt Math Identifier: 1113.62003
Copyright © 2006, Institute of Mathematical Statistics.
Probability, Bayesian Inference and Stochastic Process
Group invariant inferred distributions via noncommutative probability
B. Heller, and M. Wang; 1-19
Invariance principles for fractionally integrated nonlinear processes
Wei Biao Wu, and Xiaofeng Shao; 20-30
Contemporary Sequential Analysis
Bias correction and confidence intervals following sequential tests
Tze Leung Lai, Zheng Su, and Chin Shan Chuang; 44-57
Corrected confidence intervals for secondary parameters following sequential tests
R. C. Weng, and D. S. Coad; 80-104
Biased Sampling, Measurement Error Models and Restricted Inference
On the behavior of Bayesian credible intervals for some restricted parameter space problems
Éric Marchand, and William E. Strawderman; 112-126
Existence of the signal in the signal plus background model
Tonglin Zhang; 144-155
A test for equality of multinomial distributions vs increasing convex order
Arthur Cohen, John Kolassa, and Harold Sackrowitz; 156-163
Nonlinear Renewal Theory
Nonlinear renewal theorems for random walks with perturbations of intermediate order
Keiji Nagai, and Cun-Hui Zhang; 164-175
A non-linear Renewal Theorem with stationary and slowly changing perturbations
Dong-Yun Kim, and Michael Woodroofe; 176-189
Multiple Testing, FDR, Statistics in Imaging and Data Mining
On the false discovery rates of a frequentist: Asymptotic expansions
Anirban DasGupta, and Tonglin Zhang; 190-212
Spatial-temporal data mining procedure: LASR
Xiaofeng Wang, Jiayang Sun, and Kath Bogie; 213-231
Institute of Mathematical Statistics Lecture Notes - Monograph Series