This paper presents a general iterative bias correction procedure for regression smoothers. This bias reduction schema is shown to correspond operationally to the L{sub 2} Boosting algorithm and provides a new statistical interpretation for L{sub 2} Boosting. We analyze the behavior of the Boosting algorithm applied to common smoothers S which we show depend on the spectrum of I - S. We present examples of common smoother for which Boosting generates a divergent sequence. The statistical interpretation suggest combining algorithm with an appropriate stopping rule for the iterative procedure. Finally we illustrate the practical finite sample performances of the iterative smoother via a simulation study
We propose a procedure of iterating the HP filter to produce a smarter smoothing device, called the ...
We present new consistency results in regression and classification for L2Boosting, a powerful varia...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...
This paper investigates a computationally simple variant of boosting, L 2 Boost, which is construct...
This paper investigates a computationally simple variant of boosting, L2Boost, which is constructed ...
Abstract. In this paper, we investigate the theoretical and empirical properties of L2 boosting with...
We investigate $L_2$ boosting in the context of kernel regression. Kernel smoothers, in general, lac...
Summary. In this paper we propose a simple multistep regression smoother which is constructed in a b...
In multivariate nonparametric analysis curse of dimensionality forces one to use large smoothing par...
In this paper we propose a simple multistep regression smoother which is constructed in an iterative...
This paper focuses on the analysis of L2L2-Boosting algorithms for linear regressions. Consistency r...
We analyze boosting algorithms [Ann. Statist. 29 (2001) 1189–1232; Ann. Statist. 28 (2000) 337–407; ...
International audienceIn multivariate nonparametric analysis curse of dimensionality forces one to u...
International audienceMultivariate nonparametric smoothers, such as kernel based smoothers and thin ...
We prove that boosting with the squared error loss, L2Boosting, is consistent for very high-dimensio...
We propose a procedure of iterating the HP filter to produce a smarter smoothing device, called the ...
We present new consistency results in regression and classification for L2Boosting, a powerful varia...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...
This paper investigates a computationally simple variant of boosting, L 2 Boost, which is construct...
This paper investigates a computationally simple variant of boosting, L2Boost, which is constructed ...
Abstract. In this paper, we investigate the theoretical and empirical properties of L2 boosting with...
We investigate $L_2$ boosting in the context of kernel regression. Kernel smoothers, in general, lac...
Summary. In this paper we propose a simple multistep regression smoother which is constructed in a b...
In multivariate nonparametric analysis curse of dimensionality forces one to use large smoothing par...
In this paper we propose a simple multistep regression smoother which is constructed in an iterative...
This paper focuses on the analysis of L2L2-Boosting algorithms for linear regressions. Consistency r...
We analyze boosting algorithms [Ann. Statist. 29 (2001) 1189–1232; Ann. Statist. 28 (2000) 337–407; ...
International audienceIn multivariate nonparametric analysis curse of dimensionality forces one to u...
International audienceMultivariate nonparametric smoothers, such as kernel based smoothers and thin ...
We prove that boosting with the squared error loss, L2Boosting, is consistent for very high-dimensio...
We propose a procedure of iterating the HP filter to produce a smarter smoothing device, called the ...
We present new consistency results in regression and classification for L2Boosting, a powerful varia...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...