Wolfe (Stochastic Process. Appl. 12(3) (1982) 301) and Sato (Probab. Theory Related Fields 89(3) (1991) 285) gave two different representations of a random variable X1 with a self-decomposable distribution in terms of processes with independent increments. This paper shows how either of these representations follows easily from the other, and makes these representations more explicit when X1 is either a first or last passage time for a Bessel process.Self-decomposable distribution Self-similar additive process Independent increments Generalized Ornstein-Uhlenbeck-process First and last passage times Bessel process Background driving Lévy process
AbstractThe concept of selfdecomposability has been generalized to that of α-selfdecomposability, α∈...
Vervaat was a visitor from Katholieke Universiteit. Technical report dedicated to Professor John ...
We analyze a method to produce pairs of non-independent Poisson processes M(t), N(t) from positively...
AbstractWolfe (Stochastic Process. Appl. 12(3) (1982) 301) and Sato (Probab. Theory Related Fields 8...
AbstractJeanblanc et al. (Stochastic Process. Appl. 100 (2002) 223) give a representation of self-si...
This thesis is composed of five chapters, regarding several models for dependence in stochastic proc...
We summarize the relations among three classes of laws: infinitely divisible, self-decomposable and ...
The concept of selfdecomposability has been generalized to that of [alpha]-selfdecomposability, , by...
AbstractA self-similar process Z(t) has stationary increments and is invariant in law under the tran...
This work is concerned with the analysis of self-similar stochastic pro-cesses, where statistical se...
This book deals with topics in the area of Lévy processes and infinitely divisible distributions suc...
Relationships between marginal and joint distributions of selfsimilar processes with independent inc...
A classical result, due to Lamperti, establishes a one-to-one correspondence between a class of stri...
This book provides a self-contained presentation on the structure of a large class of stable process...
We introduce the notion of random self-decomposability and discuss its relation to the concepts of s...
AbstractThe concept of selfdecomposability has been generalized to that of α-selfdecomposability, α∈...
Vervaat was a visitor from Katholieke Universiteit. Technical report dedicated to Professor John ...
We analyze a method to produce pairs of non-independent Poisson processes M(t), N(t) from positively...
AbstractWolfe (Stochastic Process. Appl. 12(3) (1982) 301) and Sato (Probab. Theory Related Fields 8...
AbstractJeanblanc et al. (Stochastic Process. Appl. 100 (2002) 223) give a representation of self-si...
This thesis is composed of five chapters, regarding several models for dependence in stochastic proc...
We summarize the relations among three classes of laws: infinitely divisible, self-decomposable and ...
The concept of selfdecomposability has been generalized to that of [alpha]-selfdecomposability, , by...
AbstractA self-similar process Z(t) has stationary increments and is invariant in law under the tran...
This work is concerned with the analysis of self-similar stochastic pro-cesses, where statistical se...
This book deals with topics in the area of Lévy processes and infinitely divisible distributions suc...
Relationships between marginal and joint distributions of selfsimilar processes with independent inc...
A classical result, due to Lamperti, establishes a one-to-one correspondence between a class of stri...
This book provides a self-contained presentation on the structure of a large class of stable process...
We introduce the notion of random self-decomposability and discuss its relation to the concepts of s...
AbstractThe concept of selfdecomposability has been generalized to that of α-selfdecomposability, α∈...
Vervaat was a visitor from Katholieke Universiteit. Technical report dedicated to Professor John ...
We analyze a method to produce pairs of non-independent Poisson processes M(t), N(t) from positively...