Add to ORKGAbstract: Petri nets are a suitable tool for the diagnosis of discrete event systems. For this purpose, faulty behaviours are modelled by the firing of failure transitions. This paper is about structural sensitivity in Petri net with respect to the firing of the failure transitions. Algebraic results are provided to characterise the influence and dependence areas of the failure transitions and diagnosability of the systems is obtained as a consequence. The main advantage of our approach is to investigate the diagnosability without working out the marking tree of the diagnoser. Copyright ©2005 IFA
Abstract. In this paper, a software tool to deal with diagnosis of dis-crete event systems (DESs) is...
With the evolution of technology, humans have made available systems increasingly complex but also i...
A commonplace assumption in the fault diagnosis of discrete event systems (DESs) is that of modeling...
This paper deals with diagnosis of permanent and operational faults of partially observed discrete e...
This study proposes a fault diagnosis method of discrete event systems on the basis of a Petri net m...
In this paper we focus on labeled Petri nets with silent transitions that may either corre-spond to ...
Abstract — Petri nets faulty models are useful for reliability analysis and fault diagnosis. Such mo...
In this paper we present an efficient approach for the fault detection of discrete event systems usi...
The malfunction of sensors, actuators, and erroneous actions of human operators can have some disast...
The paper addresses the fault detection problem for discrete event systems in a Petri Net (PN) frame...
This paper considers the problem of diagnosability analysis of discrete event systems modeled by lab...
Faults can have significant, negative impacts on the operation and performance of simple and complex...
International audienceChecking the diagnosability of a discrete event system aims at determining whe...
Abstract In this paper, we study fault diagnosis in discrete event systems modeled by partially obse...
In this dissertation, we explore the problem of fault detection and fault diagnosis for systems mode...
Abstract. In this paper, a software tool to deal with diagnosis of dis-crete event systems (DESs) is...
With the evolution of technology, humans have made available systems increasingly complex but also i...
A commonplace assumption in the fault diagnosis of discrete event systems (DESs) is that of modeling...
This paper deals with diagnosis of permanent and operational faults of partially observed discrete e...
This study proposes a fault diagnosis method of discrete event systems on the basis of a Petri net m...
In this paper we focus on labeled Petri nets with silent transitions that may either corre-spond to ...
Abstract — Petri nets faulty models are useful for reliability analysis and fault diagnosis. Such mo...
In this paper we present an efficient approach for the fault detection of discrete event systems usi...
The malfunction of sensors, actuators, and erroneous actions of human operators can have some disast...
The paper addresses the fault detection problem for discrete event systems in a Petri Net (PN) frame...
This paper considers the problem of diagnosability analysis of discrete event systems modeled by lab...
Faults can have significant, negative impacts on the operation and performance of simple and complex...
International audienceChecking the diagnosability of a discrete event system aims at determining whe...
Abstract In this paper, we study fault diagnosis in discrete event systems modeled by partially obse...
In this dissertation, we explore the problem of fault detection and fault diagnosis for systems mode...
Abstract. In this paper, a software tool to deal with diagnosis of dis-crete event systems (DESs) is...
With the evolution of technology, humans have made available systems increasingly complex but also i...
A commonplace assumption in the fault diagnosis of discrete event systems (DESs) is that of modeling...