In this paper we investigate the asymptotic mean square error and the rates of convergence of the estimator based on the local linear method of the conditional hazard function. Under some general conditions, the expressions of the bias and variance are given. The efficiency of our estimator is evaluated through a simulation study. We proved, theoretically and on the scope of a simulation study, that our proposed estimator has better performance than the estimator based on the standard kernel method.Keywords: Nonparametric local linear estimation, conditional hazard function, functional variable, mean squared error.AMS 2010 Mathematics Subject Classification: 62G05, 62G2
Dans cette thèse, nous nous intéressons à l'estimation non paramétrique de la densité conditionnelle...
[[abstract]]The bias of kernel methods based on local constant fits can have an adverse effect when ...
The aim of this work is to introduce a new nonparametric regression technique in the context of fun...
In this study, we are interested in using the local linear technique to estimate the conditional haz...
The estimation of hazard function becomes an important tool in statistics. Also, the single-index mo...
summary:In this paper, we investigate the problem of the conditional cumulative of a scalar response...
The maximum of the conditional hazard function is a parameter of great importance in statistics, in ...
This paper considers the problem of nonparametric estimation of the conditional hazard function for ...
A new nonparametric estimator for the conditional hazard rate is proposed, which is defined as the r...
In this paper we deal with nonparametric estimate of the conditional hazard function, when the covar...
In the literature much work has been devoted to the non-parametric estimation of survival analysis f...
A new nonparametric estimator for the conditional hazard rate is proposed, which is defined as the r...
In this paper,we study the asymptotic behaviour of the nonparametric local linear estimation of the ...
In this article, according to the importance of the hazard rate function criterion in theevaluation ...
This paper deals with the conditional hazard estimator of a real response where the variable is give...
Dans cette thèse, nous nous intéressons à l'estimation non paramétrique de la densité conditionnelle...
[[abstract]]The bias of kernel methods based on local constant fits can have an adverse effect when ...
The aim of this work is to introduce a new nonparametric regression technique in the context of fun...
In this study, we are interested in using the local linear technique to estimate the conditional haz...
The estimation of hazard function becomes an important tool in statistics. Also, the single-index mo...
summary:In this paper, we investigate the problem of the conditional cumulative of a scalar response...
The maximum of the conditional hazard function is a parameter of great importance in statistics, in ...
This paper considers the problem of nonparametric estimation of the conditional hazard function for ...
A new nonparametric estimator for the conditional hazard rate is proposed, which is defined as the r...
In this paper we deal with nonparametric estimate of the conditional hazard function, when the covar...
In the literature much work has been devoted to the non-parametric estimation of survival analysis f...
A new nonparametric estimator for the conditional hazard rate is proposed, which is defined as the r...
In this paper,we study the asymptotic behaviour of the nonparametric local linear estimation of the ...
In this article, according to the importance of the hazard rate function criterion in theevaluation ...
This paper deals with the conditional hazard estimator of a real response where the variable is give...
Dans cette thèse, nous nous intéressons à l'estimation non paramétrique de la densité conditionnelle...
[[abstract]]The bias of kernel methods based on local constant fits can have an adverse effect when ...
The aim of this work is to introduce a new nonparametric regression technique in the context of fun...