In this article, we introduce and study local constant and local linear nonparametric regression estimators when it is appropriate to assess performance in terms of mean squared relative error of prediction. We give asymptotic results for both boundary and non-boundary cases. These are special cases of more general asymptotic results that we provide concerning the estimation of the ratio of conditional expectations of two functions of the response variable. We also provide a good bandwidth selection method for the estimators. Examples of application, limited simulation results and discussion of related problems and approaches are also given
We focus on nonparametric multivariate regression function estimation by locally weighted least squa...
Abstract: Local linear kernel methods have been shown to dominate local constant methods for the non...
We consider local polynomial fitting for estimating a regression function and its derivatives nonpar...
AbstractWe focus on nonparametric multivariate regression function estimation by locally weighted le...
In this thesis, attention will be mainly focused on the local linear kernel regression quantile esti...
International audienceIn this paper, we studied an alternative estimator of the regression function ...
[[abstract]]The bias of kernel methods based on local constant fits can have an adverse effect when ...
We derive the form of the best mean squared relative error predictor of Y given X. Some methods of e...
For local and average kernel based estimators, smoothness conditions ensure that the kernel order de...
In this paper, we investigate the finite sample performance of four kernel-based estimators that are...
The selection of the smoothing parameter represents a crucial step in the local polynomial regressi...
Nonparametric prediction of a random variable Y conditional on the value of an explanatory variable ...
In non-parametric function estimation selection of a smoothing parameter is one of the most importan...
Automated bandwidth selection methods for nonparametric regression break down in the presence of cor...
In this thesis, we are interested in developing robust and efficient methods in the nonparametric es...
We focus on nonparametric multivariate regression function estimation by locally weighted least squa...
Abstract: Local linear kernel methods have been shown to dominate local constant methods for the non...
We consider local polynomial fitting for estimating a regression function and its derivatives nonpar...
AbstractWe focus on nonparametric multivariate regression function estimation by locally weighted le...
In this thesis, attention will be mainly focused on the local linear kernel regression quantile esti...
International audienceIn this paper, we studied an alternative estimator of the regression function ...
[[abstract]]The bias of kernel methods based on local constant fits can have an adverse effect when ...
We derive the form of the best mean squared relative error predictor of Y given X. Some methods of e...
For local and average kernel based estimators, smoothness conditions ensure that the kernel order de...
In this paper, we investigate the finite sample performance of four kernel-based estimators that are...
The selection of the smoothing parameter represents a crucial step in the local polynomial regressi...
Nonparametric prediction of a random variable Y conditional on the value of an explanatory variable ...
In non-parametric function estimation selection of a smoothing parameter is one of the most importan...
Automated bandwidth selection methods for nonparametric regression break down in the presence of cor...
In this thesis, we are interested in developing robust and efficient methods in the nonparametric es...
We focus on nonparametric multivariate regression function estimation by locally weighted least squa...
Abstract: Local linear kernel methods have been shown to dominate local constant methods for the non...
We consider local polynomial fitting for estimating a regression function and its derivatives nonpar...