Add to ORKGAs many industrial systems become more complex, it becomes extremely difficult to diagnose the cause of failures. This paper presents a failure diagnosis approach based on discrete event system theory. In particular, the approach is a hybrid of event-based and state-based ones leading to a simpler failure diagnoser with supervisory control capability. The design procedure is presented along with a pump-valve system as an example
Failure diagnosis in large and complex systems is a critical and challenging task. In the realm of m...
Fault diagnosis in physical systems turn out to become very complex as soon as the considered system...
Reliable supervisory control of engineering systems requires failure diagnosis algorithms for discre...
As many industrial systems become more complex, it becomes extremely difficult to diagnose the cause...
Failure diagnosis in industrial systems is a crucial and challenging task. Accurate and timely diagn...
The basic motivation for the research presented in this article is the fact that things go wrong. Wi...
Failure diagnosis in large and complex systems is a critical task. In the realm of discrete event sy...
The basic motivation for this thesis is the fact that things go wrong. With the grow-ing complexity ...
Abstract: The modern technology advances to a point where it is possible and extensively desirable t...
AbstractDiscrete Event System (DES) has been used for Failure Detection and Diagnosis (FDD) of a wid...
Discrete Event Systems: Diagnosis and Diagnosability addresses the problem of fault diagnosis of Dis...
This chapter addresses the problem of diagnosing complex embedded discrete-event systems. Given a fl...
grantor: University of TorontoA framework for on-line passive fault diagnosis in discrete-...
Reliable supervisory control of engineering systems requires failure diagnosis algorithms for discre...
In recent years, with the development of computer science and electronic information technology, man...
Failure diagnosis in large and complex systems is a critical and challenging task. In the realm of m...
Fault diagnosis in physical systems turn out to become very complex as soon as the considered system...
Reliable supervisory control of engineering systems requires failure diagnosis algorithms for discre...
As many industrial systems become more complex, it becomes extremely difficult to diagnose the cause...
Failure diagnosis in industrial systems is a crucial and challenging task. Accurate and timely diagn...
The basic motivation for the research presented in this article is the fact that things go wrong. Wi...
Failure diagnosis in large and complex systems is a critical task. In the realm of discrete event sy...
The basic motivation for this thesis is the fact that things go wrong. With the grow-ing complexity ...
Abstract: The modern technology advances to a point where it is possible and extensively desirable t...
AbstractDiscrete Event System (DES) has been used for Failure Detection and Diagnosis (FDD) of a wid...
Discrete Event Systems: Diagnosis and Diagnosability addresses the problem of fault diagnosis of Dis...
This chapter addresses the problem of diagnosing complex embedded discrete-event systems. Given a fl...
grantor: University of TorontoA framework for on-line passive fault diagnosis in discrete-...
Reliable supervisory control of engineering systems requires failure diagnosis algorithms for discre...
In recent years, with the development of computer science and electronic information technology, man...
Failure diagnosis in large and complex systems is a critical and challenging task. In the realm of m...
Fault diagnosis in physical systems turn out to become very complex as soon as the considered system...
Reliable supervisory control of engineering systems requires failure diagnosis algorithms for discre...