The authors introduce a high-level Petri net formalism-environment/relationship (ER) nets-which can be used to specify control, function, and timing issues. In particular, they discuss how time can be modeled via ER nets by providing a suitable axiomatization. They use ER nets to define a time notation that is shown to generalize most time Petri-net-based formalisms which appeared in the literature. They discuss how ER nets can be used in a specification support environment for a time-critical system and, in particular, the kind of analysis supported
This paper discusses and formalises the benefits of using multiple enabled transitions for extension...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
We present a new approach to the modelling of time constrained systems. It is based on untimed high-...
The authors introduce a high-level Petri net formalism-environment/relationship (ER) nets-which can ...
Petri nets have been widely used for modeling and analyzing concurrent systems. Several reasons cont...
AbstractVarious models of time Petri Nets have been successfully used to adequately specify time-cri...
1 Introduction Petri nets [16,11] are a formalism for modeling and analyzing distributed and concurr...
In this chapter we introduce a formalism, Time Petri Nets (TPNs), to model real-time systems. We com...
In previous chapters, Place/Transition nets have been used to model Discrete Event Systems with the ...
Abstract: One aspect often needed when modelling systems of any kind is time-based analysis, especia...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
This article deals with the validation of formal requirement specifications of real-time systems. Fo...
This thesis is concerned with the modelling of real-time systems using Petri nets. We investigate bo...
Petri Nets are graphical and mathematical tool used in many different science domains. Their charact...
AbstractWe present a new approach to the modelling of time constrained systems. It is based on untim...
This paper discusses and formalises the benefits of using multiple enabled transitions for extension...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
We present a new approach to the modelling of time constrained systems. It is based on untimed high-...
The authors introduce a high-level Petri net formalism-environment/relationship (ER) nets-which can ...
Petri nets have been widely used for modeling and analyzing concurrent systems. Several reasons cont...
AbstractVarious models of time Petri Nets have been successfully used to adequately specify time-cri...
1 Introduction Petri nets [16,11] are a formalism for modeling and analyzing distributed and concurr...
In this chapter we introduce a formalism, Time Petri Nets (TPNs), to model real-time systems. We com...
In previous chapters, Place/Transition nets have been used to model Discrete Event Systems with the ...
Abstract: One aspect often needed when modelling systems of any kind is time-based analysis, especia...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
This article deals with the validation of formal requirement specifications of real-time systems. Fo...
This thesis is concerned with the modelling of real-time systems using Petri nets. We investigate bo...
Petri Nets are graphical and mathematical tool used in many different science domains. Their charact...
AbstractWe present a new approach to the modelling of time constrained systems. It is based on untim...
This paper discusses and formalises the benefits of using multiple enabled transitions for extension...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
We present a new approach to the modelling of time constrained systems. It is based on untimed high-...