International audienceThis paper is devoted to the study of the parametric family of multivari- ate distributions obtained by minimizing a convex functional under linear constraints. Under certain assumptions on the convex functional, it is es- tablished that this family admits an affine parametrization, and parametric estimation from an i.i.d. random sample is studied. It is also shown that the members of this family are the limit distributions arising in inference based on empirical likelihood. As a consequence, given a probability measure μ0 and an i.i.d. random sample drawn from μ0, nonparametric confidence do- mains on the generalized moments of μ0 are obtained
In this paper, we study the large-sample properties of the posterior-based inference in the curved e...
In this paper, we propose a new family of distributions, by exponentiating the random variables asso...
AbstractIn this paper we introduce a new distribution called the beta Pareto–geometric. We provide a...
summary:We propose a simple method of construction of new families of $\phi$%-divergences. This meth...
Membres de jury : F. Avram, A. Bar-Hen, G. Gagneux, F. Gamboa, M. Nikulin, P. Puig, B. Ycart.It is w...
This is not a copy of the original, which is in the University of Washington library because the or...
This text is for a one semester graduate course in statistical theory and covers minimal and comple...
We review some recent extensions of the so-called generalized empirical likelihood method, when the ...
L’étude des modèles de mélanges est un champ très vaste en statistique. Nous présentons dans la prem...
A positive exponential family of distributions is taken into consideration. Two measures of reliabil...
We develop an empirical d-a posteriori approach to estimations with uniformly minimal d-risk, when t...
In this work we study the large sample properties of the posterior-based inference in the curved exp...
Distributional functionals are integrals of functionals of probability densities and include functio...
Abstract We define two new flexible families of continuous distributions to fit real data by compoun...
We study minimization problems with respect to a one-parameter family of generalized relative entrop...
In this paper, we study the large-sample properties of the posterior-based inference in the curved e...
In this paper, we propose a new family of distributions, by exponentiating the random variables asso...
AbstractIn this paper we introduce a new distribution called the beta Pareto–geometric. We provide a...
summary:We propose a simple method of construction of new families of $\phi$%-divergences. This meth...
Membres de jury : F. Avram, A. Bar-Hen, G. Gagneux, F. Gamboa, M. Nikulin, P. Puig, B. Ycart.It is w...
This is not a copy of the original, which is in the University of Washington library because the or...
This text is for a one semester graduate course in statistical theory and covers minimal and comple...
We review some recent extensions of the so-called generalized empirical likelihood method, when the ...
L’étude des modèles de mélanges est un champ très vaste en statistique. Nous présentons dans la prem...
A positive exponential family of distributions is taken into consideration. Two measures of reliabil...
We develop an empirical d-a posteriori approach to estimations with uniformly minimal d-risk, when t...
In this work we study the large sample properties of the posterior-based inference in the curved exp...
Distributional functionals are integrals of functionals of probability densities and include functio...
Abstract We define two new flexible families of continuous distributions to fit real data by compoun...
We study minimization problems with respect to a one-parameter family of generalized relative entrop...
In this paper, we study the large-sample properties of the posterior-based inference in the curved e...
In this paper, we propose a new family of distributions, by exponentiating the random variables asso...
AbstractIn this paper we introduce a new distribution called the beta Pareto–geometric. We provide a...