Add to ORKGAbstract: Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise yet easy overall analysis. Graph-based matching, which is the essential tech-nique to obtain redundant information for diagnosis, is re-considered in this paper. Matching is re-formulated as a problem of relating faults to known parameters and measurements of a system. Using explicit fault modelling, minimal over-determined subsystems are shown to provide necessary redundancy relations from the matching. Details of the method are presented and a realistic example used to clearly describe individual steps
An analysis of structural model representation has been used to extract available inherent redundant...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
Prior to Raymond Reiter's article 'A Theory of Diagnosis from First Principles', approaches to struc...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
When designing model-based fault-diagnostic systems, the use of consistency relations (also called e...
The paper presents a structural analysis based method for fault diagnosis purposes. The method uses ...
In complex and automated technological processes the effects of a fault can quickly propagate and le...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
International audienceThis paper discusses some issues associated to the generation of the residual ...
An analysis of a system’s structural model is used to extract available inherent redundant informati...
The problem of identifying the faulty units in regularly interconnected systems is addressed. The di...
Structural analysis is a standard tool to identify submodels that can be used to design model based ...
An analysis of structural model representation has been used to extract available inherent redundant...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
Prior to Raymond Reiter's article 'A Theory of Diagnosis from First Principles', approaches to struc...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
Aiming at design of algorithms for fault diagnosis, structural analysis of systems offers concise ye...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
When designing model-based fault-diagnostic systems, the use of consistency relations (also called e...
The paper presents a structural analysis based method for fault diagnosis purposes. The method uses ...
In complex and automated technological processes the effects of a fault can quickly propagate and le...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
International audienceThis paper discusses some issues associated to the generation of the residual ...
An analysis of a system’s structural model is used to extract available inherent redundant informati...
The problem of identifying the faulty units in regularly interconnected systems is addressed. The di...
Structural analysis is a standard tool to identify submodels that can be used to design model based ...
An analysis of structural model representation has been used to extract available inherent redundant...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
Prior to Raymond Reiter's article 'A Theory of Diagnosis from First Principles', approaches to struc...