2003Unpublished venueRequires access

Design for testability reuse in synthesis for testability

Peter Bukovjan, Meryem Marzouki, Walid Maroufi

Open publisher page 1 citations

Abstract

This paper presents our Design for Testability reuse approach implemented in the allocation for testability system IDAT. In the context of High-Level Synthesis for Testability, the allocation for testability process mainly consists in searching for the best cost/quality trade-off between the designer requirements and testability means which can be proposed by the system, considering the available components in the library and the possibility of generating additional testability structures. The cost/quality trade-off is also based on the result of the testability analysis process.

About this research paper

What this paper is about

This paper presents our Design for Testability reuse approach implemented in the allocation for testability system IDAT. In the context of High-Level Synthesis for Testability, the allocation for testability process mainly consists in searching for the best cost/quality trade-off between the designer requirements and testability means which can be proposed by the system, considering the available components in the library and the possibility of generating additional testability structures. The cost/quality trade-off is also based on the result of the testability analysis process.

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Available abstract

This paper presents our Design for Testability reuse approach implemented in the allocation for testability system IDAT. In the context of High-Level Synthesis for Testability, the allocation for testability process mainly consists in searching for the best cost/quality trade-off between the designer requirements and testability means which can be proposed by the system, considering the available components in the library and the possibility of generating additional testability structures. The cost/quality trade-off is also based on the result of the testability analysis process.

Key concepts: Testability, Design for testing, Computer science, Reliability engineering, Reuse, Context (archaeology), Process (computing), Engineering

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