2006•Unpublished venueRequires access

A Functional Fault Model with Implicit Fault Effect Propagation Requirements

Irith Pomeranz, S. Patil, Praveen K. Parvathala

Open publisher page 1 citations

Abstract

We define a functional fault model that does not include explicit fault effect propagation requirements. Test generation for this functional fault model is done considering only a fault free circuit. This simplifies the functional test generation process. We demonstrate through experimental results that functional test sequences generated based on this model are effective in providing very high gate-level stuck-at fault coverage.

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What this paper is about

We define a functional fault model that does not include explicit fault effect propagation requirements. Test generation for this functional fault model is done considering only a fault free circuit. This simplifies the functional test generation process. We demonstrate through experimental results that functional test sequences generated based on this model are effective in providing very high gate-level stuck-at fault coverage.

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Available abstract

We define a functional fault model that does not include explicit fault effect propagation requirements. Test generation for this functional fault model is done considering only a fault free circuit. This simplifies the functional test generation process. We demonstrate through experimental results that functional test sequences generated based on this model are effective in providing very high gate-level stuck-at fault coverage.

Key concepts: Fault coverage, Fault model, Computer science, Fault (geology), Stuck-at fault, Automatic test pattern generation, Process (computing), Reliability engineering

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