Abstract. It is well known that under some conditions on the dependence structure we can relate the asymptotic distribution of the partial maximum of a stationary stochastic process with the maximum of an associated independent sequence of random variables with the same distribution function of the dependent one. These conditions are known as D(un) and D′(un). Although D(un) is of mixing type, when studying stochastic processes arising from a dynamical system with good mixing properties, verifying D(un) is not straightforward. We propose a reformulation of D(un) so that its validity may follow easily if we have a certain decay of correlations for the dynamical system in consideration. 1
We prove that when the distribution of a stochastic process in C[0, 1] is in the domain of attractio...
International audienceThe main results of the extreme value theory developed for the investigation o...
International audienceThe main results of the extreme value theory developed for the investigation o...
We reformulate the standard conditions that allow to reduce the study of extremes for dependent sequ...
Maxstable processes arise in the limit of componentwise maxima of independent processes, under appro...
We consider discrete time dynamical systems and show the link between Hitting Time Statistics (the d...
In the article the outline of asymptotic theory of extreme values has been intro-duced for the appli...
We develop and generalise the theory of extreme value for non-stationary stochastic processes, mostl...
In the study of random processes, dependence is the rule rather than the exception. To facilitate th...
The limit distributions of multivariate extreme values of stationary random sequences are associated...
AbstractMax-stable processes arise in the limit of component-wise maxima of independent processes, u...
International audienceWe develop and generalize the theory of extreme value for non-stationary stoch...
The main results of the extreme value theory developed for the investigation of the observables of d...
Abstract. We consider discrete time dynamical systems and show the link between Hit-ting Time Statis...
Mathematical Subject Classification (2000): 60F17, 37E05. In this paper, we obtain precise rates of ...
We prove that when the distribution of a stochastic process in C[0, 1] is in the domain of attractio...
International audienceThe main results of the extreme value theory developed for the investigation o...
International audienceThe main results of the extreme value theory developed for the investigation o...
We reformulate the standard conditions that allow to reduce the study of extremes for dependent sequ...
Maxstable processes arise in the limit of componentwise maxima of independent processes, under appro...
We consider discrete time dynamical systems and show the link between Hitting Time Statistics (the d...
In the article the outline of asymptotic theory of extreme values has been intro-duced for the appli...
We develop and generalise the theory of extreme value for non-stationary stochastic processes, mostl...
In the study of random processes, dependence is the rule rather than the exception. To facilitate th...
The limit distributions of multivariate extreme values of stationary random sequences are associated...
AbstractMax-stable processes arise in the limit of component-wise maxima of independent processes, u...
International audienceWe develop and generalize the theory of extreme value for non-stationary stoch...
The main results of the extreme value theory developed for the investigation of the observables of d...
Abstract. We consider discrete time dynamical systems and show the link between Hit-ting Time Statis...
Mathematical Subject Classification (2000): 60F17, 37E05. In this paper, we obtain precise rates of ...
We prove that when the distribution of a stochastic process in C[0, 1] is in the domain of attractio...
International audienceThe main results of the extreme value theory developed for the investigation o...
International audienceThe main results of the extreme value theory developed for the investigation o...