In this paper we will investigate the consequences of applying model selec-tion methods under regularity conditions that are sufficiently general to encompass (i) stochastic models involving non-stationary processes and (ii) situations where the true structure of the process falls outside the class of models under consideration. The properties of selection criteria that use very general measures of model com-plexity are considered and the results are used to draw attention to the fallacy of traditional beliefs concerning commonly employed model selection criteria. Key words and phrases: Consistency, misspecified models, model selection, regres-sion
After reviewing the simulation performance of general-to-specific automatic regression model selecti...
We consider the problem of model (or variable) selection in the classical regression model based on ...
Model selection is of fundamental importance to high dimensional modelling featured in many contempo...
This paper develops new model selection criteria for regression with heteroskedastic and autocorrela...
Since the 1990s, the Akaike Information Criterion (AIC) and its various modifications/extensions, in...
Model selection methods provide a way to select one model among a set of models in a statistically v...
Sparsity or parsimony of statistical models is crucial for their proper interpretations, as in scie...
In this article, we introduce the concept of model uncertainty.We review the frequentist and Bayesia...
Several model selection criteria which generally can be classied as the penalized robust method are ...
The problem of statistical model selection in econometrics and statistics is reviewed. Model selecti...
This brief note compares model selection procedures in regression. On the one hand there is an obser...
Model selection is a key component in any statistical analysis. In this paper we discuss this issue ...
When performing a regression or classification analysis, one needs to specify a statistical model. T...
In this paper, we first explain the statistical model underlying the ordinal regression technique us...
We consider the problem of model (or variable) selection in the classical regression model using the...
After reviewing the simulation performance of general-to-specific automatic regression model selecti...
We consider the problem of model (or variable) selection in the classical regression model based on ...
Model selection is of fundamental importance to high dimensional modelling featured in many contempo...
This paper develops new model selection criteria for regression with heteroskedastic and autocorrela...
Since the 1990s, the Akaike Information Criterion (AIC) and its various modifications/extensions, in...
Model selection methods provide a way to select one model among a set of models in a statistically v...
Sparsity or parsimony of statistical models is crucial for their proper interpretations, as in scie...
In this article, we introduce the concept of model uncertainty.We review the frequentist and Bayesia...
Several model selection criteria which generally can be classied as the penalized robust method are ...
The problem of statistical model selection in econometrics and statistics is reviewed. Model selecti...
This brief note compares model selection procedures in regression. On the one hand there is an obser...
Model selection is a key component in any statistical analysis. In this paper we discuss this issue ...
When performing a regression or classification analysis, one needs to specify a statistical model. T...
In this paper, we first explain the statistical model underlying the ordinal regression technique us...
We consider the problem of model (or variable) selection in the classical regression model using the...
After reviewing the simulation performance of general-to-specific automatic regression model selecti...
We consider the problem of model (or variable) selection in the classical regression model based on ...
Model selection is of fundamental importance to high dimensional modelling featured in many contempo...