The article is devoted to a regression setting where both, the response and the predictor, are random functions defined on some compact sets of R. We consider functional linear (auto)regression and we face the estimation of a bivariate functional parameter. Conditions for existence and uniqueness of the parameter are given and an estimator based on a B-splines expansion is proposed using the penalized least squares method. A simulation study is provided to illustrate performance of the estimator. Some convergence results concerning the error of prediction are given as well
We present methods for modeling and estimation of a concurrent functional regression when the predic...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...
We consider functional linear regression where a real variable Y depends on a func-tional variable X...
The paper considers functional linear regression, where scalar re- sponses are modeled in dependenc...
Many existing methods for functional regression are based on the minimization of an L2 norm of the r...
Abstract. We are interested in the functional linear regression when the covariates are subject to e...
We consider the functional linear regression model where the ex-planatory variable is a random surfa...
Abstract. We are interested in the functional linear regression when the covariates are subject to e...
We analyze in a regression setting the link between a scalar response and a functional predictor by ...
AbstractWe analyze in a regression setting the link between a scalar response and a functional predi...
We analyze in a regression setting the link between a scalar response and a functional predictor by ...
This note deals with the study of a functional linear model for time series prediction which combine...
This thesis presents three novel statistical methods for the robust analysis of functional data and ...
We present methods for modeling and estimation of a concurrent functional regression when the predic...
We present methods for modeling and estimation of a concurrent functional regression when the predic...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...
We consider functional linear regression where a real variable Y depends on a func-tional variable X...
The paper considers functional linear regression, where scalar re- sponses are modeled in dependenc...
Many existing methods for functional regression are based on the minimization of an L2 norm of the r...
Abstract. We are interested in the functional linear regression when the covariates are subject to e...
We consider the functional linear regression model where the ex-planatory variable is a random surfa...
Abstract. We are interested in the functional linear regression when the covariates are subject to e...
We analyze in a regression setting the link between a scalar response and a functional predictor by ...
AbstractWe analyze in a regression setting the link between a scalar response and a functional predi...
We analyze in a regression setting the link between a scalar response and a functional predictor by ...
This note deals with the study of a functional linear model for time series prediction which combine...
This thesis presents three novel statistical methods for the robust analysis of functional data and ...
We present methods for modeling and estimation of a concurrent functional regression when the predic...
We present methods for modeling and estimation of a concurrent functional regression when the predic...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...
In this paper, we consider a spatial functional linear regression, where a scalar response is relate...