In this paper, we show that Y can be introduced into data sharpening to produce non-parametric regression estimators that enjoy high orders of bias reduction. Compared with those in existing literature, the proposed data-sharpening estimator has advantages including simplicity of the estimators, good performance of expectation and variance, and mild assumptions. We generalize this estimator to dependent errors. Finally, we conduct a limited simulation to illustrate that the proposed estimator performs better than existing ones.</p
__Abstract__ A common task in statistical practice is the estimation of unknown parameters from a...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...
International audienceThis paper presents a practical and simple fully nonparametric multivariate sm...
It is shown that data sharpening can be used to produce density estimators that enjoy arbitrarily hi...
Data sharpening is a semiparametric method that is more flexible than parametric regression and is ...
We introduce a multiplicative bias reducing estimator (MBRE) for nonparametric regression. We show t...
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We introduce a data-perturbation method for reducing bias of a wide variety of density estimators, i...
We propose and investigate two new methods for achieving less bias in non- parametric regression. We...
This paper proposes a nonparametric bias-reduction regression estimator which can accommodate two em...
Nonparametric regression techniques are often sensitive to the presence of correlation in the errors...
This paper is concerned with data-based selection of the bandwidth for a data sharpening estimator i...
International audienceIn this paper, we studied an alternative estimator of the regression function ...
29 pagesThe paper presents a multiplicative bias reduction estimator for nonparametric regression. T...
We consider bias-corrected estimation of the stable tail dependence function in the regression conte...
__Abstract__ A common task in statistical practice is the estimation of unknown parameters from a...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...
International audienceThis paper presents a practical and simple fully nonparametric multivariate sm...
It is shown that data sharpening can be used to produce density estimators that enjoy arbitrarily hi...
Data sharpening is a semiparametric method that is more flexible than parametric regression and is ...
We introduce a multiplicative bias reducing estimator (MBRE) for nonparametric regression. We show t...
AbstractThis paper is concerned with the conditional bias and variance of local quadratic regression...
We introduce a data-perturbation method for reducing bias of a wide variety of density estimators, i...
We propose and investigate two new methods for achieving less bias in non- parametric regression. We...
This paper proposes a nonparametric bias-reduction regression estimator which can accommodate two em...
Nonparametric regression techniques are often sensitive to the presence of correlation in the errors...
This paper is concerned with data-based selection of the bandwidth for a data sharpening estimator i...
International audienceIn this paper, we studied an alternative estimator of the regression function ...
29 pagesThe paper presents a multiplicative bias reduction estimator for nonparametric regression. T...
We consider bias-corrected estimation of the stable tail dependence function in the regression conte...
__Abstract__ A common task in statistical practice is the estimation of unknown parameters from a...
This paper presents a practical and simple fully nonparametric multivariate smoothing proc...
International audienceThis paper presents a practical and simple fully nonparametric multivariate sm...