Add to ORKGAbstract – The framework of Petri nets is extended with imprecise temporal properties. Possibility theory is applied to model imprecise time by time-stamping tokens and assigning durations to firing of the transitions. I
In this paper we discuss several approaches to time in Petri nets. If time is considered for perform...
AbstractThe addition of timing specification in Petri Nets (PN) has followed two main lines: interva...
In Time Petri nets (TPNs), time and control are tightly connected: time measurement for a transition...
AbstractVarious models of time Petri Nets have been successfully used to adequately specify time-cri...
International audienceThis position paper claims that dealing explicitly with temporal issues in tas...
In previous chapters, Place/Transition nets have been used to model Discrete Event Systems with the ...
Petri nets have been widely used for modeling and analyzing concurrent systems. Several reasons cont...
This paper discusses and formalises the benefits of using multiple enabled transitions for extension...
. Processes of timed Petri nets are represented by labelled partial orders with some extra features....
AbstractThis paper presents a formalism called Time Interval Petri Nets (TIPNs), which are designed ...
1 Introduction Petri nets [16,11] are a formalism for modeling and analyzing distributed and concurr...
AbstractWe present a new approach to the modelling of time constrained systems. It is based on untim...
We present a new approach to the modelling of time constrained systems. It is based on untimed high-...
International audiencePetri nets are a powerful formalism for the specification and verification of ...
AbstractThe objective of this work is to give time Petri nets a partial order semantics, akin to the...
In this paper we discuss several approaches to time in Petri nets. If time is considered for perform...
AbstractThe addition of timing specification in Petri Nets (PN) has followed two main lines: interva...
In Time Petri nets (TPNs), time and control are tightly connected: time measurement for a transition...
AbstractVarious models of time Petri Nets have been successfully used to adequately specify time-cri...
International audienceThis position paper claims that dealing explicitly with temporal issues in tas...
In previous chapters, Place/Transition nets have been used to model Discrete Event Systems with the ...
Petri nets have been widely used for modeling and analyzing concurrent systems. Several reasons cont...
This paper discusses and formalises the benefits of using multiple enabled transitions for extension...
. Processes of timed Petri nets are represented by labelled partial orders with some extra features....
AbstractThis paper presents a formalism called Time Interval Petri Nets (TIPNs), which are designed ...
1 Introduction Petri nets [16,11] are a formalism for modeling and analyzing distributed and concurr...
AbstractWe present a new approach to the modelling of time constrained systems. It is based on untim...
We present a new approach to the modelling of time constrained systems. It is based on untimed high-...
International audiencePetri nets are a powerful formalism for the specification and verification of ...
AbstractThe objective of this work is to give time Petri nets a partial order semantics, akin to the...
In this paper we discuss several approaches to time in Petri nets. If time is considered for perform...
AbstractThe addition of timing specification in Petri Nets (PN) has followed two main lines: interva...
In Time Petri nets (TPNs), time and control are tightly connected: time measurement for a transition...