Abstract. In this paper we develop an asymptotic theory for estima-tion based on signed ranks in the ARMA model when the innovation density is symmetrical. We provide two classes of estimators and we establish their asymptotic normality with the help of the asymptotic properties for serial signed rank statistics. Finally, we compare our procedure to the one of least-squares, and we illustrate the perfor-mance of the proposed estimators via a Monte Carlo study.
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
AbstractAn asymptotic distribution theory is developed for a general class of signed-rank serial sta...
AbstractAn asymptotic distribution theory is developed for a general class of signed-rank serial sta...
AbstractLinear models in which the unobserved error constitutes a realization of some stationary ARM...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
AbstractLinear models in which the unobserved error constitutes a realization of some stationary ARM...
Linear models in which the unobserved error constitutes a realization of some stationary ARMA proces...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
Asymptotic linearity plays a key role in estimation and testing in the presence of nuisance paramete...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
The classical theory of rank-based inference is entirely based either on ordinary ranks, which do n...
The classical theory of rank-based inference is entirely based either on ordinary ranks, which do no...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
AbstractAn asymptotic distribution theory is developed for a general class of signed-rank serial sta...
AbstractAn asymptotic distribution theory is developed for a general class of signed-rank serial sta...
AbstractLinear models in which the unobserved error constitutes a realization of some stationary ARM...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
AbstractLinear models in which the unobserved error constitutes a realization of some stationary ARM...
Linear models in which the unobserved error constitutes a realization of some stationary ARMA proces...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
Asymptotic linearity plays a key role in estimation and testing in the presence of nuisance paramete...
This paper is devoted to the R-estimation problem for the parameter of a stationary ARMA model. The ...
The classical theory of rank-based inference is entirely based either on ordinary ranks, which do n...
The classical theory of rank-based inference is entirely based either on ordinary ranks, which do no...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...
We consider a standard ARMA process of the form phi(B)X(t) = B(B)Z(t), where the innovations Z(t) be...