Diagnosability of discrete event systems subject to permanent sensor failures

This paper considers a failure diagnosis problem for discrete event systems subject to permanent sensor failures. A notion of diagnosability subject to permanent sensor failures is introduced with respect to a certain nondeterministic observation mask. For its verification, an aggregated Mealy autom...

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Published inInternational journal of control Vol. 88; no. 12; pp. 2598 - 2610
Main Authors Kanagawa, Naoki, Takai, Shigemasa
Format Journal Article
LanguageEnglish
Published Abingdon Taylor & Francis 02.12.2015
Taylor & Francis Ltd
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Abstract This paper considers a failure diagnosis problem for discrete event systems subject to permanent sensor failures. A notion of diagnosability subject to permanent sensor failures is introduced with respect to a certain nondeterministic observation mask. For its verification, an aggregated Mealy automaton with a deterministic and state-dependent observation mask is defined. It is shown that the diagnosability of the aggregated Mealy automaton is equivalent to the diagnosability of the original system subject to permanent sensor failures. Then, a method for verifying the diagnosability of the aggregated Mealy automaton is presented. Moreover, the delay bound within which the occurrence of any failure string can be detected subject to permanent sensor failures is computed.
AbstractList This paper considers a failure diagnosis problem for discrete event systems subject to permanent sensor failures. A notion of diagnosability subject to permanent sensor failures is introduced with respect to a certain nondeterministic observation mask. For its verification, an aggregated Mealy automaton with a deterministic and state-dependent observation mask is defined. It is shown that the diagnosability of the aggregated Mealy automaton is equivalent to the diagnosability of the original system subject to permanent sensor failures. Then, a method for verifying the diagnosability of the aggregated Mealy automaton is presented. Moreover, the delay bound within which the occurrence of any failure string can be detected subject to permanent sensor failures is computed.
Author Kanagawa, Naoki
Takai, Shigemasa
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SubjectTerms Child custody
diagnosability
discrete event system
Failure
failure diagnosis
permanent sensor failure
Sensors
Visiting rights
Work in process
Title Diagnosability of discrete event systems subject to permanent sensor failures
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