The topic of this paper is the on-line trajectory tracking control on a sliding horizon of Timed Event Graphs with specications dened by a P-time Event Graph. Making the most of the specic structures of the systems, the CPU time of the on-line procedure is drastically reduced with two techniques: The use of specic algorithms of the graph theory instead of generic algorithms; an o-line preparation which avoid the useless repetition of the same calculations. As a consequence, the approach can deal with long horizons and important systems and the application eld of the trajectory tracking control is expanded
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
International audienceTimed event graphs (TEGs) are a subclass of timed Petri nets whose dynamics is...
The aim of this paper is a trajectory tracking control of Timed Event Graphs with specifications def...
The aim of this paper is the predictive control of Timed Event Graphs with specifications defined by...
In this paper, the aim is to make the predictive control of a plant described by a Timed Event Graph...
In this paper, we propose a trajectory tracking control of timed event graphs on a sliding horizon. ...
This report concerns the modeling and the analysis of timed and time Event Graphs (EG), by means of ...
The aim of this paper is the standardization of the algebraic model of timed event graphs defined in...
The purpose of this technical note is the optimal control synthesis of a timed event graph when the ...
Two algorithms for solving a specific class of steadystate control problems for Timed Event Graphs a...
International audiencePetri nets are a powerful and recognized formalism for the modeling and the an...
The dater equalities constitutes an appropriate tool which allows a linear description of timed even...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
International audienceTimed event graphs (TEGs) are a subclass of timed Petri nets whose dynamics is...
The aim of this paper is a trajectory tracking control of Timed Event Graphs with specifications def...
The aim of this paper is the predictive control of Timed Event Graphs with specifications defined by...
In this paper, the aim is to make the predictive control of a plant described by a Timed Event Graph...
In this paper, we propose a trajectory tracking control of timed event graphs on a sliding horizon. ...
This report concerns the modeling and the analysis of timed and time Event Graphs (EG), by means of ...
The aim of this paper is the standardization of the algebraic model of timed event graphs defined in...
The purpose of this technical note is the optimal control synthesis of a timed event graph when the ...
Two algorithms for solving a specific class of steadystate control problems for Timed Event Graphs a...
International audiencePetri nets are a powerful and recognized formalism for the modeling and the an...
The dater equalities constitutes an appropriate tool which allows a linear description of timed even...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
A novel framework is introduced for the supervisory control (SC) of timed discrete event systems, ba...
International audienceThe increasing complexity of manufacturing systems gives rise to the developme...
International audienceTimed event graphs (TEGs) are a subclass of timed Petri nets whose dynamics is...