Linear discriminant analysis with binary response is considered whenthe predictor is a functional random variableX={Xt,t∈[0,T]},T∈R. Motivatedby a food industry problem, we develop a methodology to anticipate the predictionby determining the smallestT∗,T∗≤T, such thatX∗={Xt,t∈[0,T∗]}andXgive similar predictions. The adaptive prediction concerns the observation of anew curveωon [0,T∗(ω)] instead of [0,T] and answers to the question ”How longshould we observeω(T∗(ω) =?) for having the same prediction as on [0,T] ?”. Weanswer to this question by defining a conservation measure with respect to the classthe new curve is predicted
In this article, robust linear invariant predictors for future order statistics from a population wi...
The problem of testing the direction and collinearity aspects of goodness of fit of a hypothetical d...
The following model of inductive inference is considered. Arbitrary set tau = {tau_1, tau_2, ..., ta...
Linear discriminant analysis with binary response is considered whenthe predictor is a functional ra...
Linear discriminant analysis is studied when the predictors are data of functional type and the resp...
Linear discriminant analysis is studied when the predictors are data of functional type(curves). Due...
Abstract This paper considers minimax and adaptive prediction with functional predictors in the fram...
Discrimination with a functional predictor is performed through PLSregression. In addition to the de...
AbstractIn this paper we introduce a new perspective of linear prediction in the functional data con...
In this paper, we derive some of the stochastic prop-erties of a universal linear predictor, through...
<p>(A) Scheme of the prediction power analysis. Residues mutated in CFTR disease cases are shown in ...
When a conventional NLMS adaptive filter is used to predict a process, especially when predicting se...
<p>A model for the prediction of functional time series is introduced, where observations are assume...
We consider the estimation of the slope function in functional linear regression, where scalar respo...
We propose an adaptive method of analyzing a collection of curves which can be, individually, modele...
In this article, robust linear invariant predictors for future order statistics from a population wi...
The problem of testing the direction and collinearity aspects of goodness of fit of a hypothetical d...
The following model of inductive inference is considered. Arbitrary set tau = {tau_1, tau_2, ..., ta...
Linear discriminant analysis with binary response is considered whenthe predictor is a functional ra...
Linear discriminant analysis is studied when the predictors are data of functional type and the resp...
Linear discriminant analysis is studied when the predictors are data of functional type(curves). Due...
Abstract This paper considers minimax and adaptive prediction with functional predictors in the fram...
Discrimination with a functional predictor is performed through PLSregression. In addition to the de...
AbstractIn this paper we introduce a new perspective of linear prediction in the functional data con...
In this paper, we derive some of the stochastic prop-erties of a universal linear predictor, through...
<p>(A) Scheme of the prediction power analysis. Residues mutated in CFTR disease cases are shown in ...
When a conventional NLMS adaptive filter is used to predict a process, especially when predicting se...
<p>A model for the prediction of functional time series is introduced, where observations are assume...
We consider the estimation of the slope function in functional linear regression, where scalar respo...
We propose an adaptive method of analyzing a collection of curves which can be, individually, modele...
In this article, robust linear invariant predictors for future order statistics from a population wi...
The problem of testing the direction and collinearity aspects of goodness of fit of a hypothetical d...
The following model of inductive inference is considered. Arbitrary set tau = {tau_1, tau_2, ..., ta...