Abstract: This paper presents an identification method of partially observable Discrete Event Systems (DES) using ordinary Petri Nets. The proposed method is absolute, sequential and multiple. It consists in building the compartmental model, computed off-line, for a DES in a Petri Net (PN) form. The developed method is based on the use of the input/output sequences constructed during the system evolution. The proposed algorithm is illustrated by the help of a simulation example
The problem of estimating the state of a discrete event system has been extensively investigated in ...
Abstract—In this note, we develop algebraic approaches for fault identi-fication in discrete-event s...
The identification problem considered in this work consists in compute an Interpreted Petri Net (IPN...
This paper addresses the problem of on-line identification of Discrete Event Systems (DES). A passiv...
The aim of this paper is to present the conditions under which a Discrete Event System (DES) can be ...
This article deals with the problem of discovering a Petri net (PN) model of a discrete-event system...
International audienceThis paper deals with the problem of discovering a Petri Net model of a discre...
This paper focuses on the problem of discovering a Petri Net model from long event sequences generat...
Analogous to the identification of continuous dynamical systems, identification of discrete-event sy...
International audienceThis paper deals with the identification of discrete event manufacturing syste...
Abstract. This paper surveys recent research on the application of Petri net models to the analysis ...
In this note we develop algebraic approaches for fault identification in discrete event systems that...
AbstractAn interesting modeling problem is the need to model one or more of the system modules witho...
The paper discusses how Petri nets may be used for the qualitative modeling of physical systems. The...
This paper addresses the problem of on-line identification of Discrete Event Systems (DES). A passiv...
The problem of estimating the state of a discrete event system has been extensively investigated in ...
Abstract—In this note, we develop algebraic approaches for fault identi-fication in discrete-event s...
The identification problem considered in this work consists in compute an Interpreted Petri Net (IPN...
This paper addresses the problem of on-line identification of Discrete Event Systems (DES). A passiv...
The aim of this paper is to present the conditions under which a Discrete Event System (DES) can be ...
This article deals with the problem of discovering a Petri net (PN) model of a discrete-event system...
International audienceThis paper deals with the problem of discovering a Petri Net model of a discre...
This paper focuses on the problem of discovering a Petri Net model from long event sequences generat...
Analogous to the identification of continuous dynamical systems, identification of discrete-event sy...
International audienceThis paper deals with the identification of discrete event manufacturing syste...
Abstract. This paper surveys recent research on the application of Petri net models to the analysis ...
In this note we develop algebraic approaches for fault identification in discrete event systems that...
AbstractAn interesting modeling problem is the need to model one or more of the system modules witho...
The paper discusses how Petri nets may be used for the qualitative modeling of physical systems. The...
This paper addresses the problem of on-line identification of Discrete Event Systems (DES). A passiv...
The problem of estimating the state of a discrete event system has been extensively investigated in ...
Abstract—In this note, we develop algebraic approaches for fault identi-fication in discrete-event s...
The identification problem considered in this work consists in compute an Interpreted Petri Net (IPN...