AbstractCharacterization theorems are obtained for the possible limits in distribution of a family of stationary random measures {ζT} satisfying a strong mixing condition, with necessary and sufficient conditions for convergence. The application of these results to ‘exceedance random measures’ is shown to provide a unifying viewpoint for obtaining results in extremal theory for stationary processes
AbstractIn this paper we consider stationary sequences with extremal index θ, 0<θ⪕1, and verifying a...
The principal results of this contribution are the weak and strong limits of maxima of contracted st...
Mathematical Subject Classification (2000): 60F17, 37E05. In this paper, we obtain precise rates of ...
AbstractCharacterization theorems are obtained for the possible limits in distribution of a family o...
AbstractA distributional mixing condition is introduced for stationary sequences of random vectors t...
AbstractA well-known property of stationary Gaussian processes is that the excursions over high leve...
A well-known property of stationary Gaussian processes is that the excursions over high levels ("pea...
AbstractWe prove the large deviation principle for the arithmetic means of a uniform strong mixing s...
AbstractIn this paper, we obtain precise rates of convergence in the strong invariance principle for...
AbstractSuppose that {ξj} is a strictly stationary sequence which satisfies the strong mixing condit...
AbstractFor a sequence of strictly stationary uniform or strong mixing we estimate the mean residual...
AbstractThis article is motivated by a central limit theorem of Ibragimov for strictly stationary ra...
AbstractThe aim of this paper is to examine the weak limiting behavior of upper and lower extremes f...
AbstractWeak invariance principles are established for strictly stationary weakly dependent sequence...
We consider intermediately trimmed sums for non-negative identically distributed random variables. H...
AbstractIn this paper we consider stationary sequences with extremal index θ, 0<θ⪕1, and verifying a...
The principal results of this contribution are the weak and strong limits of maxima of contracted st...
Mathematical Subject Classification (2000): 60F17, 37E05. In this paper, we obtain precise rates of ...
AbstractCharacterization theorems are obtained for the possible limits in distribution of a family o...
AbstractA distributional mixing condition is introduced for stationary sequences of random vectors t...
AbstractA well-known property of stationary Gaussian processes is that the excursions over high leve...
A well-known property of stationary Gaussian processes is that the excursions over high levels ("pea...
AbstractWe prove the large deviation principle for the arithmetic means of a uniform strong mixing s...
AbstractIn this paper, we obtain precise rates of convergence in the strong invariance principle for...
AbstractSuppose that {ξj} is a strictly stationary sequence which satisfies the strong mixing condit...
AbstractFor a sequence of strictly stationary uniform or strong mixing we estimate the mean residual...
AbstractThis article is motivated by a central limit theorem of Ibragimov for strictly stationary ra...
AbstractThe aim of this paper is to examine the weak limiting behavior of upper and lower extremes f...
AbstractWeak invariance principles are established for strictly stationary weakly dependent sequence...
We consider intermediately trimmed sums for non-negative identically distributed random variables. H...
AbstractIn this paper we consider stationary sequences with extremal index θ, 0<θ⪕1, and verifying a...
The principal results of this contribution are the weak and strong limits of maxima of contracted st...
Mathematical Subject Classification (2000): 60F17, 37E05. In this paper, we obtain precise rates of ...