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Combined Deep And Shallow Knowledge In A Unified Model For Diagnosis By Abduction

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Author Info

  • Viorel Ariton

    ()
    (“DANUBIUS” University of Galati)

  • Vasile Palade

    ()
    (Oxford University, Computing Laboratory, Great Britain)

  • Florin Postolache

    ()
    (“DANUBIUS” University of Galati)

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    Abstract

    Fault Diagnosis in real systems usually involves human expert’s shallow knowledge (as pattern causes-effects) but also deep knowledge (as structural / functional modularization and models on behavior). The paper proposes a unified approach on diagnosis by abduction based on plausibility and relevance criteria multiple applied, in a connectionist implementation. Then, it focuses elicitation of deep knowledge on target conductive flow systems – most encountered in industry and not only, in the aim of fault diagnosis. Finally, the paper gives hints on design and building of diagnosis system by abduction, embedding deep and shallow knowledge (according to case) and performing hierarchical fault isolation, along with a case study on a hydraulic installation in a rolling mill plant.

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    File URL: http://www.euroeconomica-danubius.ro/arhiva/3.Ariton%20Viorel.pdf
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    Bibliographic Info

    Article provided by Danubius University of Galati in its journal Euroeconomica.

    Volume (Year): (2008)
    Issue (Month): 1(20) (March)
    Pages: 33-42

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    Handle: RePEc:dug:journl:y:2008:i:1:p:33-42

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    Web page: http://www.euroeconomica-danubius.ro/
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    Related research

    Keywords: shallow knowledge; diagnosis; flow systems;

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