Interpretation of diagnosis problem of system level self-diagnosis

Mashkov, Viktor; Mashkov, Oleg

doi:10.23939/mmc2015.01.071

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If After Several Rounds Of Tests Repetitions the Condition1

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Cited by 5 publications

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“…There could be used the diagnosis algorithm presented in [12]. This algorithm is based on the matrix which is similar to matrix R M and can identify all faulty units (on the condition that total number of faulty units does not exceed the value t ).…”

Section: If After Several Rounds Of Tests Repetitions the Conditionmentioning

confidence: 99%

Applying Petri Nets to Modeling of Many-Core Processor Self-Testing when Tests are Performed Randomly

2013

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System level diagnosis is an abstraction of high level and, thus, its practical implementation to particular cases of complex systems is the task which requires additional investigations, both theoretical and modeling. Traditionally, system self-diagnosis is used for detecting of permanently faulty nodes. In the paper, we consider the problems of intermittent fault detection and suggest diagnosis procedures which allow distinguishing between different types of intermittent faults. For each type of intermittent faults the diagnosis procedure was developed

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Section: If After Several Rounds Of Tests Repetitions the Conditionmentioning

confidence: 99%