In linear mixed model selection under ridge regression, we propose the model selection criteria based on conceptual predictive (Cp) statistic.The first proposed criterion is marginal ridge Cp (MRCp) statistic based on the expected marginal Gauss discrepancy. An improvement of MRCp (IMRCp) statistic is then suggested and demonstrated, which is also an asymptotically unbiased estimator of the expected marginal Gauss discrepancy. Finally, a real data analysis and a Monte Carlo simulation study are given to examine the performance of the proposed criteria. © 2019, © 2019 Taylor & Francis Group, LLC
In this paper we describe a computer intensive method to find the ridge parameter in a prediction or...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
In this paper, we focus on the progress of variant of conceptual predictive (Cp) statistic and we pr...
This article is concerned with the predictions in linear mixed models under stochastic linear restri...
Because the marginal densities corresponding to data modeled with generalized linear mixed models (G...
We propose the Liu estimator and the Liu predictor via the penalized log-likelihood approach in line...
In this article, we propose the principal components regression and r-k class predictors, which comb...
Linear mixed-effects models are a class of models widely used for analyzing different types of data:...
Linear mixed-effects models are a class of models widely used for analyzing different types of data:...
The estimation of biasing parameter k in ridge regression is an important problem. There are many pr...
We develop a framework for post model selection inference, via marginal screening, in linear regress...
Model selection criteria often arise by constructing unbiased or approximately unbiased estimators o...
The purpose of this article is to obtain the jackknifed ridge predictors in the linear mixed models ...
We develop a framework for post model selection inference, via marginal screening, in linear regress...
In this paper we describe a computer intensive method to find the ridge parameter in a prediction or...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
In this paper, we focus on the progress of variant of conceptual predictive (Cp) statistic and we pr...
This article is concerned with the predictions in linear mixed models under stochastic linear restri...
Because the marginal densities corresponding to data modeled with generalized linear mixed models (G...
We propose the Liu estimator and the Liu predictor via the penalized log-likelihood approach in line...
In this article, we propose the principal components regression and r-k class predictors, which comb...
Linear mixed-effects models are a class of models widely used for analyzing different types of data:...
Linear mixed-effects models are a class of models widely used for analyzing different types of data:...
The estimation of biasing parameter k in ridge regression is an important problem. There are many pr...
We develop a framework for post model selection inference, via marginal screening, in linear regress...
Model selection criteria often arise by constructing unbiased or approximately unbiased estimators o...
The purpose of this article is to obtain the jackknifed ridge predictors in the linear mixed models ...
We develop a framework for post model selection inference, via marginal screening, in linear regress...
In this paper we describe a computer intensive method to find the ridge parameter in a prediction or...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...