We analyze a method to produce pairs of non independent Poisson processes M(t), N(t) from positively correlated, self-decomposable, exponential renewals. In particular the present paper provides the family of copulas pairing the renewals, along with the closed form for the joint distribution p_{m,n}(s, t) of the pair (M(s), N(t)), an outcome which turns out to be instrumental to produce explicit algorithms for future applications. We finally discuss the cross-correlation properties of the two processes and the relative timing of their jump
In this thesis we discuss the following topics: 1. Renewal reward processes The marginal distributio...
AbstractAfter sketching the basic principles of renewal theory and recalling the classical Poisson p...
AbstractWe propose two general methods for coupling marked point processes (MPPs) on the real half-l...
We discuss in detail a procedure to produce two Poisson processes M(t), N(t) associated to positivel...
We analyze a method to produce pairs of non-independent Poisson processes M(t), N(t) from positively...
We analyze a method to produce pairs of non independent Poisson processes M(t), N(t) from positively...
We study the applicability to energy facilities of a model for correlated Poisson processes generate...
Based on the concept of self-decomposable random variables we discuss the application of a model for...
A model for the phenomenological description of tick-by-tick share prices in a stock exchange is int...
We investigate in multidimensional compound Poisson processes (CPP) the relation between the depende...
Multivariate stochastic processes with Poisson marginals are of interest in insurance and finance; t...
AbstractA fixed sampling point O is chosen independently of a renewal process on the whole real lin...
International audienceThis paper studies the joint moments of a compound discounted renewal process ...
AbstractAfter sketching the basic principles of renewal theory and recalling the classical Poisson p...
AbstractA renewal process is called ordinary if its inter-renewal times are strictly positive. S.M. ...
In this thesis we discuss the following topics: 1. Renewal reward processes The marginal distributio...
AbstractAfter sketching the basic principles of renewal theory and recalling the classical Poisson p...
AbstractWe propose two general methods for coupling marked point processes (MPPs) on the real half-l...
We discuss in detail a procedure to produce two Poisson processes M(t), N(t) associated to positivel...
We analyze a method to produce pairs of non-independent Poisson processes M(t), N(t) from positively...
We analyze a method to produce pairs of non independent Poisson processes M(t), N(t) from positively...
We study the applicability to energy facilities of a model for correlated Poisson processes generate...
Based on the concept of self-decomposable random variables we discuss the application of a model for...
A model for the phenomenological description of tick-by-tick share prices in a stock exchange is int...
We investigate in multidimensional compound Poisson processes (CPP) the relation between the depende...
Multivariate stochastic processes with Poisson marginals are of interest in insurance and finance; t...
AbstractA fixed sampling point O is chosen independently of a renewal process on the whole real lin...
International audienceThis paper studies the joint moments of a compound discounted renewal process ...
AbstractAfter sketching the basic principles of renewal theory and recalling the classical Poisson p...
AbstractA renewal process is called ordinary if its inter-renewal times are strictly positive. S.M. ...
In this thesis we discuss the following topics: 1. Renewal reward processes The marginal distributio...
AbstractAfter sketching the basic principles of renewal theory and recalling the classical Poisson p...
AbstractWe propose two general methods for coupling marked point processes (MPPs) on the real half-l...