The problem of fault diagnosis in grid-connected systems is considered. A diagnosis algorithm, called DAGS and based on the PMC model, is presented. DAGS provides a diagnosis which is shown to be correct, although possibly incomplete, if the cardinality of the actual fault set is below a bound T_sigma dependent of the actual syndrome sigma. A syndrome independent bound T is also derived by a worst-case analysis covering the cases of triangular, square, hexagonal and octagonal grids. T is shown to be Θ(n^2/3), where n is the size of the system, for all the grids considered
Introduces EDARS (Efficient Diagnosis Algorithm for Regular Structures). The algorithm provides a di...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
International audienceHealth monitoring of current complex systems significantly impacts the total c...
The problem of fault diagnosis in grid-connected systems is considered. A diagnosis algorithm, calle...
AbstractThe problem of fault diagnosis in grid-connected systems is considered. A diagnosis algorith...
A novel approach aimed at evaluating the diagnosability of regular systems under the PMC model is in...
System-level diagnosis aims at the identification of faulty units in a system by the analysis of the...
System-level diagnosis aims at the identification of faulty units in a system by the analysis of the...
The problem of identifying the faulty units in regularly interconnected systems is addressed. The di...
When designing model-based fault-diagnostic systems, the use of consistency relations (also called e...
We have to briefly investigate the faulty objects in grid computing environment. The grid computing ...
The connectivity of a system is an important measure of fault tolerance. Typical interconnection net...
We propose a simple structure which provides optimal system-level fault diagnosis. Each unit of a sy...
We present a new diagnosis algorithm (NDA) for regular interconnected structures. The diagnosis alg...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
Introduces EDARS (Efficient Diagnosis Algorithm for Regular Structures). The algorithm provides a di...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
International audienceHealth monitoring of current complex systems significantly impacts the total c...
The problem of fault diagnosis in grid-connected systems is considered. A diagnosis algorithm, calle...
AbstractThe problem of fault diagnosis in grid-connected systems is considered. A diagnosis algorith...
A novel approach aimed at evaluating the diagnosability of regular systems under the PMC model is in...
System-level diagnosis aims at the identification of faulty units in a system by the analysis of the...
System-level diagnosis aims at the identification of faulty units in a system by the analysis of the...
The problem of identifying the faulty units in regularly interconnected systems is addressed. The di...
When designing model-based fault-diagnostic systems, the use of consistency relations (also called e...
We have to briefly investigate the faulty objects in grid computing environment. The grid computing ...
The connectivity of a system is an important measure of fault tolerance. Typical interconnection net...
We propose a simple structure which provides optimal system-level fault diagnosis. Each unit of a sy...
We present a new diagnosis algorithm (NDA) for regular interconnected structures. The diagnosis alg...
When designing model-based fault-diagnosis systems, the use of consistency relations (also called e....
Introduces EDARS (Efficient Diagnosis Algorithm for Regular Structures). The algorithm provides a di...
In this paper we compare the performances, in the presence of faults, of two basic classes of comput...
International audienceHealth monitoring of current complex systems significantly impacts the total c...