<div><p>Statistical inference can be over optimistic and even misleading based on a selected model due to the uncertainty of the model selection procedure, especially in the high-dimensional data analysis. In this article, we propose a bootstrap-based tilted correlation screening learning (TCSL) algorithm to alleviate this uncertainty. The algorithm is inspired by the recently proposed variable selection method, TCS algorithm, which screens variables via tilted correlation. Our algorithm can reduce the prediction error and make the interpretation more reliable. The other gain of our algorithm is the reduced computational cost compared with the TCS algorithm when the dimension is large. Extensive simulation examples and the analysis of one r...
\ud Motivated by the recent trend in ``Big data", we are interested in the case where both $p$, the ...
Variable screening and variable selection methods play important roles in modeling high dimensional ...
In this paper we consider the problem of building a linear prediction model when the number of candi...
The paper considers variable selection in linear regression models where the number of covariates is...
In this thesis, we propose new methodologies targeting the areas of high-dimensional variable screen...
This article is concerned with screening features in ultrahigh-dimensional data analysis, which has ...
Many contemporary classifiers are constructed to provide good performance for very high dimensional ...
This study considers the problem of building a linear prediction model when the number of candidate ...
We introduce a new approach to variable selection, called Predictive Correlation Screening, for pred...
The widely used least absolute deviation (LAD) estimator with the smoothly clipped absolute deviatio...
With respect to variable selection in linear regression, partial correlation for normal models (Buhl...
From the perspective of econometrics, an accurate variable selection method greatly enhances the rel...
In many application areas, predictive models are used to support or make important decisions. There ...
Herein, we propose a Spearman rank correlation-based screening procedure for ultrahigh-dimensional d...
International audienceAssessing the uncertainty pertaining to the conclusions derived from experimen...
\ud Motivated by the recent trend in ``Big data", we are interested in the case where both $p$, the ...
Variable screening and variable selection methods play important roles in modeling high dimensional ...
In this paper we consider the problem of building a linear prediction model when the number of candi...
The paper considers variable selection in linear regression models where the number of covariates is...
In this thesis, we propose new methodologies targeting the areas of high-dimensional variable screen...
This article is concerned with screening features in ultrahigh-dimensional data analysis, which has ...
Many contemporary classifiers are constructed to provide good performance for very high dimensional ...
This study considers the problem of building a linear prediction model when the number of candidate ...
We introduce a new approach to variable selection, called Predictive Correlation Screening, for pred...
The widely used least absolute deviation (LAD) estimator with the smoothly clipped absolute deviatio...
With respect to variable selection in linear regression, partial correlation for normal models (Buhl...
From the perspective of econometrics, an accurate variable selection method greatly enhances the rel...
In many application areas, predictive models are used to support or make important decisions. There ...
Herein, we propose a Spearman rank correlation-based screening procedure for ultrahigh-dimensional d...
International audienceAssessing the uncertainty pertaining to the conclusions derived from experimen...
\ud Motivated by the recent trend in ``Big data", we are interested in the case where both $p$, the ...
Variable screening and variable selection methods play important roles in modeling high dimensional ...
In this paper we consider the problem of building a linear prediction model when the number of candi...