In objective Bayesian model selection, no single criterion has emerged as dominant in defining objective prior distributions. Indeed, many criteria have been separately proposed and utilized to propose differing prior choices. We first formalize the most general and compelling of the various criteria that have been suggested, together with a new criterion. We then illustrate the potential of these criteria in determining objective model selection priors by considering their application to the problem of variable selection in normal linear models. This results in a new model selection objective prior with a number of compelling properties
Selection Criterion, Model Choice, Regression, Bayesian Analysis, Predictive distribution,
For the problem of variable selection for the normal linear model, fixed penalty selection criteria ...
In this short paper, I consider the variable selection problem in linear regression models and revie...
In objective Bayesian model selection, no single criterion has emerged as dominant in defining objec...
We discuss the problem of selecting among alternative parametric models within the Bayesian framewor...
In principle, the Bayesian approach to model selection is straightforward. Prior probability distrib...
From a Bayesian viewpoint, the answer (in theory, at least) to the general model selection problem i...
Bayesian model selection is a fundamental part of the Bayesian statistical modeling process. The qua...
Bayesian model comparison requires the specification of a prior distribution on the parameter space ...
Advisors: Sanjib Basu.Committee members: Michael Geline; Balakrishna Hosmane; Alan Polansky; Duchwan...
We consider that observations come from a general normal linear model and that it is desirable to te...
In this work we discuss a novel model prior probability for variable selection in linear regression....
We provide a review of prior distributions for objective Bayesian analysis. We start by examining so...
Introduction A Bayesian approach to model selection proceeds as follows. Suppose that the data y ar...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
Selection Criterion, Model Choice, Regression, Bayesian Analysis, Predictive distribution,
For the problem of variable selection for the normal linear model, fixed penalty selection criteria ...
In this short paper, I consider the variable selection problem in linear regression models and revie...
In objective Bayesian model selection, no single criterion has emerged as dominant in defining objec...
We discuss the problem of selecting among alternative parametric models within the Bayesian framewor...
In principle, the Bayesian approach to model selection is straightforward. Prior probability distrib...
From a Bayesian viewpoint, the answer (in theory, at least) to the general model selection problem i...
Bayesian model selection is a fundamental part of the Bayesian statistical modeling process. The qua...
Bayesian model comparison requires the specification of a prior distribution on the parameter space ...
Advisors: Sanjib Basu.Committee members: Michael Geline; Balakrishna Hosmane; Alan Polansky; Duchwan...
We consider that observations come from a general normal linear model and that it is desirable to te...
In this work we discuss a novel model prior probability for variable selection in linear regression....
We provide a review of prior distributions for objective Bayesian analysis. We start by examining so...
Introduction A Bayesian approach to model selection proceeds as follows. Suppose that the data y ar...
A model selection criterion based on Bayesian predictive densities is derived. Starting with an impr...
Selection Criterion, Model Choice, Regression, Bayesian Analysis, Predictive distribution,
For the problem of variable selection for the normal linear model, fixed penalty selection criteria ...
In this short paper, I consider the variable selection problem in linear regression models and revie...