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Diagnosis for large scale distributed industrial plants - Application to an hydraulic looper
Conference
par Stéphane Ploix (6/09/2009)
@inproceedings{ploix2004d, Address = {Nancy, France}, Author = {Touaf, S. and Ploix, S.}, Booktitle = {11th IFAC Symposium on Automation in Mining, Mineral and Metal processing, MMM04}, Date-Modified = {2009-07-15 13:54:02 +0200}, Owner = {stephane}, Timestamp = {2005.11.04}, Title = {Diagnosis for large scale distributed industrial plants - Application to an hydraulic looper}, Year = 2004}
Documents joints
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paper (PDF - 219 ko)
Sections
- Diagnostic des systèmes incertains : l’approche bornante
- Parameter uncertainty computation in linear models
- Causal strategy for set-membership fault diagnosis
- Bounding approach for fault detection and diagnosis
- Asymptotic observer for a non-linear descriptor system
- Software architecture for diagnosing physical systems
- Multi-agent diagnostic system managing uncertain detection decision
- A logical diagnostic method for complex dynamic systems
- Isolation decision for a multi-agent-based diagnostic system
- A logical framework for isolation in fault diagnosis
- Causal fault detection and isolation based on a set-membership approach
- Soundly managing uncertain decisions in diagnostic analysis
- Parity relations for linear uncertain dynamic systems
- Fault detection based on set-membership inversion
- Parity relations for linear dynamic systems with linear uncertainties
- Détection de défauts appliquée à des modèles statiques affectés par des incertitudes structurées
- Diagnostic logique des systèmes complexes dynamiques dans un contexte multi-agent
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