In this paper we study bisimulations on dynamical systems through a given partition. Our aim is to give a new vision of the notion of bisimulation by using words. To achieve this goal, we encode the trajectories of the transition system as words. This method was introduced in our paper ''On o-minimal hybrid systems'' in order to give a new proof of the existence of a finite bisimulation for o-minimal hybrid systems (as previously proved in a paper by Lafferriere G., Pappas G.J. and Sastry S.). Here we want to provide a systematic study of this method in order to obtain a procedure for building finite bisimulations based on words
Abstract. In this paper we study a class of dynamical systems defined by Pfaffian maps. It is a sub-...
A general notion of bisimulation is defined for linear input-state-output systems, using analogies w...
AbstractIn this paper we propose a new equivalence relation for dynamical and control systems called...
In this paper we study bisimulations on dynamical systems through a given partition. Our aim is to ...
Abstract. In this paper we study bisimulations on dynamical systems through a given partition. Our a...
In this paper we study bisimulations on dynamical systems through a given partition. Our aim is to g...
The fundamental notion of bisimulation equivalence for concurrent processes, has escaped the world o...
Abstract. A general notion of bisimulation is studied for dynamical systems. An algebraic characteri...
A general notion of bisimulation is studied for dynamical systems. An algebraic characterization of ...
AbstractThe fundamental notion of bisimulation equivalence for concurrent processes, has escaped the...
Abstract. This paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic d...
International audienceHaving a finite bisimulation is a good feature for a dynamical system, since i...
Abstract. This paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic d...
AbstractThis paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic dyn...
Abstract. It is well known that in an o-minimal hybrid system the continuous and discrete components...
Abstract. In this paper we study a class of dynamical systems defined by Pfaffian maps. It is a sub-...
A general notion of bisimulation is defined for linear input-state-output systems, using analogies w...
AbstractIn this paper we propose a new equivalence relation for dynamical and control systems called...
In this paper we study bisimulations on dynamical systems through a given partition. Our aim is to ...
Abstract. In this paper we study bisimulations on dynamical systems through a given partition. Our a...
In this paper we study bisimulations on dynamical systems through a given partition. Our aim is to g...
The fundamental notion of bisimulation equivalence for concurrent processes, has escaped the world o...
Abstract. A general notion of bisimulation is studied for dynamical systems. An algebraic characteri...
A general notion of bisimulation is studied for dynamical systems. An algebraic characterization of ...
AbstractThe fundamental notion of bisimulation equivalence for concurrent processes, has escaped the...
Abstract. This paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic d...
International audienceHaving a finite bisimulation is a good feature for a dynamical system, since i...
Abstract. This paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic d...
AbstractThis paper is driven by a general motto: bisimulate a hybrid system by a finite symbolic dyn...
Abstract. It is well known that in an o-minimal hybrid system the continuous and discrete components...
Abstract. In this paper we study a class of dynamical systems defined by Pfaffian maps. It is a sub-...
A general notion of bisimulation is defined for linear input-state-output systems, using analogies w...
AbstractIn this paper we propose a new equivalence relation for dynamical and control systems called...