Add to ORKGThe verification problem for stochastic hybrid systems is quite difficult. One method to verify these systems is stochastic reachability analysis. Concepts of abstractions for stochastic hybrid systems are needed to ease the stochastic reachability analysis. In this paper, we set up different ways to define abstractions for stochastic hybrid systems, which preserve the parameters of stochastic reach- ability. A new concept of stochastic bisimulation is introduced and its connection with equivalence of stochastic processes is established
Abstract — This paper is focused on adapting symmetry reduction, a technique that is highly successf...
For stochastic hybrid systems, stochastic reachability is very little supported mainly because of co...
We study the problem of approximating a stochastic, possibly hybrid, system by means of some abstrac...
The verification problem for stochastic hybrid systems is quite difficult.\ud One method to verify t...
In this paper, we present a sound integration mechanism for Markov processes that are abstractions o...
Many control systems have large, infinite state space that can not be easily abstracted. One method ...
Abstract: This paper considers the issue of developing approximate abstractions of stochastic hybrid...
For stochastic hybrid systems, safety verification methods are very little supported mainly because ...
A stochastic hybrid system contains a collection of interacting discrete and continuous compo-nents,...
This paper considers the issue of developing approximate abstractions of stochastic hybrid systems. ...
Stochastic reachability analysis (SRA) is a method of analyzing the behavior of control systems whic...
Stochastic hybrid systems involve the coupling of discrete, continuous, and probabilistic phenomena,...
Abstract—We present a constructive procedure for obtaining a finite approximate abstraction of a dis...
Abstract—In this paper, we give new characterizations of the stochastic reachability problem for sto...
Modern distributed systems include a class of applications in which non-functional requirements are ...
Abstract — This paper is focused on adapting symmetry reduction, a technique that is highly successf...
For stochastic hybrid systems, stochastic reachability is very little supported mainly because of co...
We study the problem of approximating a stochastic, possibly hybrid, system by means of some abstrac...
The verification problem for stochastic hybrid systems is quite difficult.\ud One method to verify t...
In this paper, we present a sound integration mechanism for Markov processes that are abstractions o...
Many control systems have large, infinite state space that can not be easily abstracted. One method ...
Abstract: This paper considers the issue of developing approximate abstractions of stochastic hybrid...
For stochastic hybrid systems, safety verification methods are very little supported mainly because ...
A stochastic hybrid system contains a collection of interacting discrete and continuous compo-nents,...
This paper considers the issue of developing approximate abstractions of stochastic hybrid systems. ...
Stochastic reachability analysis (SRA) is a method of analyzing the behavior of control systems whic...
Stochastic hybrid systems involve the coupling of discrete, continuous, and probabilistic phenomena,...
Abstract—We present a constructive procedure for obtaining a finite approximate abstraction of a dis...
Abstract—In this paper, we give new characterizations of the stochastic reachability problem for sto...
Modern distributed systems include a class of applications in which non-functional requirements are ...
Abstract — This paper is focused on adapting symmetry reduction, a technique that is highly successf...
For stochastic hybrid systems, stochastic reachability is very little supported mainly because of co...
We study the problem of approximating a stochastic, possibly hybrid, system by means of some abstrac...