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20122021
most citedMulti-species distribution modeling using penalized mixture of regressions

34 citations · 62 across the 9 of their papers we have counts for

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6 papers · 1 filter

stat.ME2021

Fast, universal estimation of latent variable models using extended variational approximations

Pekka Korhonen, Francis K. C. Hui, Jenni Niku +1

Generalized linear latent variable models (GLLVMs) are a class of methods for analyzing multi-response data which has garnered considerable popularity in recent years, for example,…

stat.ME2021

Sparse Sliced Inverse Regression via Cholesky Matrix Penalization

Linh Nghiem, Francis K. C. Hui, Samuel Mueller +1

We introduce a new sparse sliced inverse regression estimator called Cholesky matrix penalization and its adaptive version for achieving sparsity in estimating the dimensions of th…

stat.ME2021

Screening methods for linear errors-in-variables models in high dimensions

Linh Nghiem, Francis K. C. Hui, Samuel Mueller +1

Microarray studies, in order to identify genes associated with an outcome of interest, usually produce noisy measurements for a large number of gene expression features from a smal…

stat.ME2019★ 5 cited

Symbolic Formulae for Linear Mixed Models

Emi Tanaka, Francis K. C. Hui

A statistical model is a mathematical representation of an often simplified or idealised data-generating process. In this paper, we focus on a particular type of statistical model,…

stat.ME2018

Bootstrapping F test for testing Random Effects in Linear Mixed Models

P. Y. O'Shaughnessy, Francis Hui, Samuel Muller +1

Recently Hui et al. (2018) use F tests for testing a subset of random effect, demonstrating its computational simplicity and exactness when the first two moment of the random effec…

stat.ME2012

A Nonparametric Measure of Local Association for two-way Contingency Tables

Francis K. C. Hui, Gery Geenens

In contingency table analysis, the odds ratio is a commonly applied measure used to summarize the degree of association between two categorical variables, say R and S. Suppose now…