2007Unpublished venueRequires access

Symbolic Path Sensitization Analysis and Applications

Jian Kang, Sharad Seth, Shashank K. Mehta

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Abstract

A new symbolic approach models the sensitization paths to selected primary output(s) as Boolean equations, with satisfying solutions representing the set of all sources of single and multiple sensitizations in the circuit. The paper discusses two applications of this idea: model-free fault diagnosis and input sensitization analysis.

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What this paper is about

A new symbolic approach models the sensitization paths to selected primary output(s) as Boolean equations, with satisfying solutions representing the set of all sources of single and multiple sensitizations in the circuit. The paper discusses two applications of this idea: model-free fault diagnosis and input sensitization analysis.

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Available abstract

A new symbolic approach models the sensitization paths to selected primary output(s) as Boolean equations, with satisfying solutions representing the set of all sources of single and multiple sensitizations in the circuit. The paper discusses two applications of this idea: model-free fault diagnosis and input sensitization analysis.

Key concepts: Sensitization, Computer science, Path (computing), Set (abstract data type), Symbolic data analysis, Boolean function, Theoretical computer science, Fault (geology)

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