The paper presents a model which provides a simple graphical representation of hybrid systems and takes advantage of the modular structure of Petri nets in giving a compact description of systems composed of interacting subsystems, both time-continuous and discrete-event. The modelling formalism seems rich enough to encompass large classes of hybrid systems and can easily represent many of the features of the models given in the literature
Abstract. Coloured Petri nets are imperative for studying bigger bio-logical models, particularly, t...
Modeling is one of the most important tools to study complex systems. Components of both continuous ...
Abstract: In practice the systems are not only pure discrete event or pure continuous, but they are ...
The paper presents a model which provides a simple graphical representation of hybrid systems and ta...
Hybrid continuous-time and discrete-event system models are developed for applications to intelligen...
International audienceThis article presents a new formalism based on Petri nets to model aging hybri...
International audienceThis paper is devoted to the use of hybrid Petri nets (PNs) for modeling and c...
International audienceWe consider in this paper the extensions of the PN formalism in the direction ...
The behavior of a hybrid system is a mixture of continuous behavior and discrete event behavior. The...
International audienceMany systems are naturally hybrid, i.e., their modeling needs at least one con...
A generalized modeling framework for hybrid systems, including both discrete event and continuous-ti...
Petri nets do not designate a single modeling formalism. In fact, newcomers to the field confess som...
Timed Petri nets (TPN) and hybrid Petri nets (HPN), more precisely first-order HPN (FOHPN), are used...
International audienceThe purpose of our research work is to model a subclass (category) of hybrid s...
First–Order Hybrid Petri Nets are a model that consists of continuous places holding fluid, discrete...
Abstract. Coloured Petri nets are imperative for studying bigger bio-logical models, particularly, t...
Modeling is one of the most important tools to study complex systems. Components of both continuous ...
Abstract: In practice the systems are not only pure discrete event or pure continuous, but they are ...
The paper presents a model which provides a simple graphical representation of hybrid systems and ta...
Hybrid continuous-time and discrete-event system models are developed for applications to intelligen...
International audienceThis article presents a new formalism based on Petri nets to model aging hybri...
International audienceThis paper is devoted to the use of hybrid Petri nets (PNs) for modeling and c...
International audienceWe consider in this paper the extensions of the PN formalism in the direction ...
The behavior of a hybrid system is a mixture of continuous behavior and discrete event behavior. The...
International audienceMany systems are naturally hybrid, i.e., their modeling needs at least one con...
A generalized modeling framework for hybrid systems, including both discrete event and continuous-ti...
Petri nets do not designate a single modeling formalism. In fact, newcomers to the field confess som...
Timed Petri nets (TPN) and hybrid Petri nets (HPN), more precisely first-order HPN (FOHPN), are used...
International audienceThe purpose of our research work is to model a subclass (category) of hybrid s...
First–Order Hybrid Petri Nets are a model that consists of continuous places holding fluid, discrete...
Abstract. Coloured Petri nets are imperative for studying bigger bio-logical models, particularly, t...
Modeling is one of the most important tools to study complex systems. Components of both continuous ...
Abstract: In practice the systems are not only pure discrete event or pure continuous, but they are ...