The probability of winning a simple game of competing Poisson processes turns out to be equal to the well-known Bessel function integral J(x, y) (cf. Y. L. Luke, Integrals of Bessel Functions, McGraw-Hill, New York, 1962). Several properties of J, some of which seem to be new, follow quite easily from this probabilistic interpretation. The results are applied to the random telegraph process as considered by Kac [Rocky Mountain J. Math., 4 (1974), pp. 497-509
The distribution of the difference between two independent Poisson random variables involves the mod...
We consider a class of stochastic processes containing the classical and well-studied class of Squar...
MI: Global COE Program Education-and-Research Hub for Mathematics-for-IndustryグローバルCOEプログラム「マス・フォア・イ...
The probability of winning a simple game of competing Poisson processes turns out to be equal to the...
For a squared Bessel process, X, the Laplace transforms of joint laws of (U;R Ry0 Xps ds) are studie...
AbstractSeveral new formulas for various types of Bessel functions are derived by using techniques f...
A Poisson Process counts the number arrivals of an event, where each arrival occurs at a random time...
In this thesis, we study the first hitting time and Parisian time of Brownian motion and squared Bes...
The subject of Bessel functions is an old one. The earliest mention of these functions was dated Oct...
It is shown that the tail probability of a Bessel process is the distributio function of a random ti...
AbstractIn this paper we derive the explicit form of the probability law and of the associated flow ...
International audienceWe introduce and study a remarkable family of real probability measures that w...
We consider the increasing sequence of non-intersecting monotone decreasing RCLL step processes Y ∗n...
Here we discuss the calculation of an integral containing the Bessel function J_0(r) and the modifie...
This paper studies the moments of some exponential-integral functionals of Bessel processes, which a...
The distribution of the difference between two independent Poisson random variables involves the mod...
We consider a class of stochastic processes containing the classical and well-studied class of Squar...
MI: Global COE Program Education-and-Research Hub for Mathematics-for-IndustryグローバルCOEプログラム「マス・フォア・イ...
The probability of winning a simple game of competing Poisson processes turns out to be equal to the...
For a squared Bessel process, X, the Laplace transforms of joint laws of (U;R Ry0 Xps ds) are studie...
AbstractSeveral new formulas for various types of Bessel functions are derived by using techniques f...
A Poisson Process counts the number arrivals of an event, where each arrival occurs at a random time...
In this thesis, we study the first hitting time and Parisian time of Brownian motion and squared Bes...
The subject of Bessel functions is an old one. The earliest mention of these functions was dated Oct...
It is shown that the tail probability of a Bessel process is the distributio function of a random ti...
AbstractIn this paper we derive the explicit form of the probability law and of the associated flow ...
International audienceWe introduce and study a remarkable family of real probability measures that w...
We consider the increasing sequence of non-intersecting monotone decreasing RCLL step processes Y ∗n...
Here we discuss the calculation of an integral containing the Bessel function J_0(r) and the modifie...
This paper studies the moments of some exponential-integral functionals of Bessel processes, which a...
The distribution of the difference between two independent Poisson random variables involves the mod...
We consider a class of stochastic processes containing the classical and well-studied class of Squar...
MI: Global COE Program Education-and-Research Hub for Mathematics-for-IndustryグローバルCOEプログラム「マス・フォア・イ...