AbstractIn this paper we carry on our study [4] of the algebraic representations of general stochastic processes. We give methods for constructing the algebraic representation of a stochastic process from the distribution of the process at a fixed finite number of times, we develope some techniques of integration, and we introduce the notion of a fibre bundle representation of a stochastic process. We then use this fibre bundle representation to study existence, methods of computation and the geometry of Markov process representations of the general stochastic process; thus extending [4] where existence was only discussed for discrete time or simple stochastic processes
In this paper we develop a framework to extend the theory of generalized stochastic processes in the...
Le;vy processes form a wide and rich class of random process, and have many applications ranging fro...
AbstractThis paper introduces (pronounce spades), a stochastic process algebra for discrete event sy...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
We introduce a framework to study stochastic systems, i.e. systems in which the time of occurrence o...
This paper is an informal tutorial on stochastic process algebras, i.e., process calculi where actio...
AbstractWe show that under mild conditions the joint densities Px1,…,xn) of the general discrete tim...
"This comprehensive guide to stochastic processes gives a complete overview of the theory and addres...
) Pedro R. D'Argenio 1 , Joost-Pieter Katoen 2 , and Ed Brinksma 1 1 Dept. of Computer Science....
Abstract. This paper is an informal tutorial on stochastic process alge-bras, i.e., process calculi ...
In the recent years, several groups have studied stochastic equations (e.g. SDE's, SPDE's, stochasti...
AbstractWe construct a.s. nonlinear regression representations of general stochastic processes (Xn)n...
More and less recent studies pinpoint a need for the probabilistic community to understand processes...
This report describes how the finite-dimensional marginal distributions of a stochastic process with...
In this paper we develop a framework to extend the theory of generalized stochastic processes in the...
Le;vy processes form a wide and rich class of random process, and have many applications ranging fro...
AbstractThis paper introduces (pronounce spades), a stochastic process algebra for discrete event sy...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
We introduce a framework to study stochastic systems, i.e. systems in which the time of occurrence o...
This paper is an informal tutorial on stochastic process algebras, i.e., process calculi where actio...
AbstractWe show that under mild conditions the joint densities Px1,…,xn) of the general discrete tim...
"This comprehensive guide to stochastic processes gives a complete overview of the theory and addres...
) Pedro R. D'Argenio 1 , Joost-Pieter Katoen 2 , and Ed Brinksma 1 1 Dept. of Computer Science....
Abstract. This paper is an informal tutorial on stochastic process alge-bras, i.e., process calculi ...
In the recent years, several groups have studied stochastic equations (e.g. SDE's, SPDE's, stochasti...
AbstractWe construct a.s. nonlinear regression representations of general stochastic processes (Xn)n...
More and less recent studies pinpoint a need for the probabilistic community to understand processes...
This report describes how the finite-dimensional marginal distributions of a stochastic process with...
In this paper we develop a framework to extend the theory of generalized stochastic processes in the...
Le;vy processes form a wide and rich class of random process, and have many applications ranging fro...
AbstractThis paper introduces (pronounce spades), a stochastic process algebra for discrete event sy...