- Plaid Models for Gene Expression Data Laura Lazzeroni
- Monte Carlo and Quasi-Monte Carlo for Art B. Owen
- The Annals of Statistics 2009, Vol. 37, No. 6B, 38673892
- Nonparametric Likelihood Confidence Bands for a Distribution Function Art B. Owen
- Overfitting in Neural Networks Department of Statistics
- Tubular neighbors for regression and classification Art B. Owen
- New inputs and methods for Markov chain quasi-Monte Carlo
- Scrambling Sobol and NiederreiterXing Points Art B. Owen
- The dimension distribution, and quadrature test functions
- The Annals of Applied Statistics 2007, Vol. 1, No. 2, 386411
- Quasi Regression and black boxes 1 Finding important
- Adaptive Importance Sampling by Mixtures of Products of Beta Distributions
- Unsupervised cross-validation 1 Unsupervised cross-validation
- Data squashing by empirical likelihood Stanford University
- Redundant Units in High Dimensions Art B. Owen
- Quasiregression Stanford University
- Necessity of low e ective dimension Art B. Owen
- Detecting near linearity in high dimensions 1 Art B. Owen
- Multiple hypothesis testing, adjusting for latent Yunting Sun
- Moment based estimation of stochastic Kronecker graph parameters
- Correct ordering in the ZipfPoisson ensemble Justin S. Dyer
- Outlier Detection Using Nonconvex Penalized Florida State University
- MCQMC 2008 Proceedings The book "Monte Carlo and Quasi-Monte Carlo Methods in 2008" (ISBN 978-3-642-04106-8)
- Gene expression correlation decline in aging mice 1 Aging mice show a decreasing correlation of gene expression
- MARKOV CHAIN MONTE CARLO ALGORITHMS USING COMPLETELY UNIFORMLY DISTRIBUTED DRIVING
- Semi-supervised learning on graphs via stationary empirical correlations
- Pearson's meta-analysis 1 Pearson's meta-analysis revisited
- The Annals of Applied Statistics 2009, Vol. 3, No. 2, 564594
- Prediction and Discovery 1 A Robust Hybrid of
- Quasi-Monte Carlo for Integrands with Point Singularities at Unknown Locations
- Variance of the number of false discoveries Art B. Owen
- Multidimensional variation for quasi-Monte Carlo Art B. Owen
- Quasi-regression Stanford University
- Poisson Clumping and Redundant Units Art B. Owen
- Author: Art B. Owen Title: Empirical Likelihood
- Consistency of Markov chain quasi-Monte Carlo on continuous
- Quasiregression for visualization and interpretation of black box functions
- Quasi-regression with shrinkage ? Tao Jiang 1 , Art B. Owen ;1
- Pearson's Test in a Large Scale Multiple Meta-Analysis
- Karl Pearson's meta-analysis revisited Art B. Owen
- Bootstrapping data arrays of arbitrary order Art B. Owen
- FDVAR: R code for variance of the number of false discoveries
- Visualizing bivariate long-tailed data Justin S. Dyer
- Empirical stationary correlations for semi-supervised learning on graphs
- A robust hybrid of lasso and ridge regression Art B. Owen
- Plaid TM User's Guide Art B. Owen
- Safe and effective importance sampling Stanford University
- Quasi-regression and the relative importance of the ANOVA components of a function
- Outlier Detection Using Nonconvex Penalized Yiyuan She and Art B. Owen
- Assessing linearity in high dimensions 1 Art B. Owen
- Safe and effective importance sampling Art Owen, Yi Zhou
- Latin Supercube Sampling for Very High Dimensional Simulations
- MONTE CARLO EXTENSION OF QUASIMONTE CARLO Art B. Owen
- Valuation of Mortgage Backed Securities Using Brownian Bridges to Reduce Effective
- Variance and discrepancy with alternative scramblings
- Assessing linearity in high dimensions1 Art B. Owen
- Quasi-Monte Carlo Sampling by Art B. Owen
- Quasi-regression for visualization and interpretation of black box functions
- Necessity of low effective dimension Art B. Owen
- Variance and discrepancy with alternative scramblings
- Visualizing bivariate long-tailed data Justin S. Dyer
- Bootstrapping r-Fold Tensor Data 1 Bootstrapping r-Fold Tensor Data
- A sparse transmission disequilibrium test for haplotypes based on Bradley-Terry graphs
- Effective dimension for weighted function spaces Art B. Owen
- Correct ordering in the Zipf-Poisson ensemble Justin S. Dyer and Art B. Owen
