AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. We compare the expressive power of Petri nets, Petri nets extended with non-blocking arcs and Petri nets extended with transfer arcs, in terms of ω-languages. We show that the hierarchy of expressive powers of those models is strict. To prove these results, we propose original techniques that rely on well-quasi orderings and monotonicity properties
We compare the expressive power of a class of well-structured transition systems that includes relat...
AbstractWe compare the expressive power of a class of well-structured transition systems that includ...
AbstractFamilies of Petri net languages are usually defined by varying the type of transition labeli...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
In this paper, we study the expressive power of several monotonic extensions of Petri nets. We compa...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
We apply language theory to compare the expressive power of models that extend Petri nets with featu...
Abstract. We use language theory to study the relative expressiveness of infinite-state models layin...
We use language theory to study the relative expressiveness of infinite-state models laying in betwe...
the date of receipt and acceptance should be inserted later Abstract This paper introduces the notio...
The behavior of a Petri net is expressed as a formal language. Certain families of Petri net langua...
We compare the expressive power of a class of well-structured transition systems that includes relat...
We show that the class of Petri nets is less expressive with respect to bisimulation equivalence tha...
We compare the expressive power of a class of well-structured transition systems that includes relat...
We compare the expressive power of a class of well-structured transition systems that includes relat...
AbstractWe compare the expressive power of a class of well-structured transition systems that includ...
AbstractFamilies of Petri net languages are usually defined by varying the type of transition labeli...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
In this paper, we study the expressive power of several monotonic extensions of Petri nets. We compa...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
AbstractIn this paper, we study the expressive power of several monotonic extensions of Petri nets. ...
We apply language theory to compare the expressive power of models that extend Petri nets with featu...
Abstract. We use language theory to study the relative expressiveness of infinite-state models layin...
We use language theory to study the relative expressiveness of infinite-state models laying in betwe...
the date of receipt and acceptance should be inserted later Abstract This paper introduces the notio...
The behavior of a Petri net is expressed as a formal language. Certain families of Petri net langua...
We compare the expressive power of a class of well-structured transition systems that includes relat...
We show that the class of Petri nets is less expressive with respect to bisimulation equivalence tha...
We compare the expressive power of a class of well-structured transition systems that includes relat...
We compare the expressive power of a class of well-structured transition systems that includes relat...
AbstractWe compare the expressive power of a class of well-structured transition systems that includ...
AbstractFamilies of Petri net languages are usually defined by varying the type of transition labeli...