This paper deals with the synthesis of greatest linear causal feedback for discrete-event systems whose behavior is described in dioid. Such a feedback delays as far as possible the input of the system while keeping the same transfer relation between the input and the output. When a feedback exists in the system, the authors show how to compute a greater one without decreasing the system\u27s performance
Various kinds of manufacturing systems can be modeled and analyzed by Timed EventGraphs (TEGs). Thes...
This article relates to a synthesising output feedback that is used to control a network of discrete...
The purpose of this technical note is the optimal control synthesis of a timed event graph when the ...
summary:This paper deals with output feedback synthesis for Timed Event Graphs (TEG) in dioid algebr...
This paper deals with feedback controller synthesis for timed event graphs in dioids. We discuss her...
Abstract This paper deals with the model-reference control of timed event graphs using the dioid alg...
This paper deals with the control of discrete event systems subject to synchronization and time dela...
This paper introduces an adaptive feedback control strategy for (max,+)-linear systems. The feedback...
In this paper, we develop a new control technique for discrete event dynamic systems subject to sync...
For Timed Event Graphs (TEGs), model reference control is a well known approach to stabilize and to ...
Timed Event Graphs (TEGs) and their weighted extension WTEGs are particular timed Discrete Event Sys...
The topic of this paper is modeling and control of timed discrete event systems in a dioid framework...
This book concerns the use of dioid algebra as (max, +) algebra to treat the synchronization of task...
The class of Timed Event Graphs (TEGs) has widely been studied for the last 30 years thanks to an al...
This thesis is part of the theory of linear systems over dioids. This theory concerns the subclass o...
Various kinds of manufacturing systems can be modeled and analyzed by Timed EventGraphs (TEGs). Thes...
This article relates to a synthesising output feedback that is used to control a network of discrete...
The purpose of this technical note is the optimal control synthesis of a timed event graph when the ...
summary:This paper deals with output feedback synthesis for Timed Event Graphs (TEG) in dioid algebr...
This paper deals with feedback controller synthesis for timed event graphs in dioids. We discuss her...
Abstract This paper deals with the model-reference control of timed event graphs using the dioid alg...
This paper deals with the control of discrete event systems subject to synchronization and time dela...
This paper introduces an adaptive feedback control strategy for (max,+)-linear systems. The feedback...
In this paper, we develop a new control technique for discrete event dynamic systems subject to sync...
For Timed Event Graphs (TEGs), model reference control is a well known approach to stabilize and to ...
Timed Event Graphs (TEGs) and their weighted extension WTEGs are particular timed Discrete Event Sys...
The topic of this paper is modeling and control of timed discrete event systems in a dioid framework...
This book concerns the use of dioid algebra as (max, +) algebra to treat the synchronization of task...
The class of Timed Event Graphs (TEGs) has widely been studied for the last 30 years thanks to an al...
This thesis is part of the theory of linear systems over dioids. This theory concerns the subclass o...
Various kinds of manufacturing systems can be modeled and analyzed by Timed EventGraphs (TEGs). Thes...
This article relates to a synthesising output feedback that is used to control a network of discrete...
The purpose of this technical note is the optimal control synthesis of a timed event graph when the ...