Improving the Diagnostic Performance for Dynamic Systems through the use of Conflict-Driven Model Decomposition



Published Oct 14, 2013
Anibal Bregon Alexander Feldman Belarmino Pulido Gregory Provan Carlos Alonso-Gonz ́alez


This work studies potential ways of integration of two techniques for fault detection, isolation, and identification in dynamic systems: Lydia-NG suite of diagnosis algorithms and Consistency-based Diagnosis with Possible Conflicts. By integrating both techniques, Lydia- NG will benefit from a more efficient fault detection and isolation task, and Possible Conflicts will benefit from the identification capabilities of Lydia-NG. In this paper, we define a common framework that integrates both techniques, and then we apply the proposed integrated approach to a three-tank system, and draw some conclusions about potential ways of integration.

How to Cite

Bregon, A. ., Feldman, A. ., Pulido, B. ., Provan, G., & Alonso-Gonz ́alez C. . (2013). Improving the Diagnostic Performance for Dynamic Systems through the use of Conflict-Driven Model Decomposition. Annual Conference of the PHM Society, 5(1).
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Diagnosis and fault isolation methods, Model-based diagnosis

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