AbstractThe first problem attacked in this paper is answering the question whether all 1/α-self-similar α-stable processes with stationary increments are α-stable motions. The answer is yes for α = 2, no for 1⩽α<2 and unknown for 0<α<1. We single out the log-fractional stable processes for 1<α⩽2, different from α-stable motions for α≠2. They can be regarded as the limit of fractional stable processes as the exponent in the kernel tends to 0. The paper ends with a limit theorem for partial sum processes of moving averages of iid random variables in the domain of attraction of a strictly stable law, with log-fractional stable processes as limits in law. The conditions involve de Haan's class Π of slowly varying functions
This thesis investigates ruin probabilities and first passage times for self-similar processes. We p...
This paper addresses the exponential stability of the trivial solution of some types of evolution eq...
AbstractLet x(s), s∈Rd be a Gaussian self-similar random process of index H. We consider the problem...
AbstractWe characterize the linear and harmonizable fractional stable motions as the self-similar st...
AbstractIn this note we settle a question posed by Kasahara, Maejima, and Vervaat. We show that the ...
We generalize the BM-local time fractional symmetric a-stable motion introduced by Cohen and Samorod...
Originally published as a technical report no. 892, February 1990 for Cornell University Operations ...
Stable non-Gaussian self-similar mixed moving averages can be decomposed into several components. Tw...
We consider an important subclass of self-similar, non-Gaussian stable processes with stationary inc...
In this article we deduce a distributional theorem for the realized power variation of linear fracti...
31 pagesInternational audienceThe aim of this paper is to present a result of discrete approximation...
This work is concerned with the estimation of the self-similarity and the stability indices of a H-s...
The infinitesimal generator of a one-dimensional strictly $\alpha$-stable process can be represented...
Non-Gaussian stable stochastic models have attracted growing interest in recent years, due to their ...
Abstract. A new notion of operator-stable processes is in-troduced and operator fractional stable mo...
This thesis investigates ruin probabilities and first passage times for self-similar processes. We p...
This paper addresses the exponential stability of the trivial solution of some types of evolution eq...
AbstractLet x(s), s∈Rd be a Gaussian self-similar random process of index H. We consider the problem...
AbstractWe characterize the linear and harmonizable fractional stable motions as the self-similar st...
AbstractIn this note we settle a question posed by Kasahara, Maejima, and Vervaat. We show that the ...
We generalize the BM-local time fractional symmetric a-stable motion introduced by Cohen and Samorod...
Originally published as a technical report no. 892, February 1990 for Cornell University Operations ...
Stable non-Gaussian self-similar mixed moving averages can be decomposed into several components. Tw...
We consider an important subclass of self-similar, non-Gaussian stable processes with stationary inc...
In this article we deduce a distributional theorem for the realized power variation of linear fracti...
31 pagesInternational audienceThe aim of this paper is to present a result of discrete approximation...
This work is concerned with the estimation of the self-similarity and the stability indices of a H-s...
The infinitesimal generator of a one-dimensional strictly $\alpha$-stable process can be represented...
Non-Gaussian stable stochastic models have attracted growing interest in recent years, due to their ...
Abstract. A new notion of operator-stable processes is in-troduced and operator fractional stable mo...
This thesis investigates ruin probabilities and first passage times for self-similar processes. We p...
This paper addresses the exponential stability of the trivial solution of some types of evolution eq...
AbstractLet x(s), s∈Rd be a Gaussian self-similar random process of index H. We consider the problem...