Integrating assertion-based verification into system-level synthesis methodology

S. Hessabi, A. M. Gharehbaghi, B. H. Yaran, M. Goudarzi
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引用次数: 10

Abstract

In this paper, we integrate a verification methodology with our object-oriented system-level synthesis methodology to address the problem of HW/SW co-verification after system synthesis. We have defined a set of system-level assertions. These assertions are automatically converted to monitor hardware or monitor software during the system-level synthesis process depending on their type and also synthesis style of their corresponding functions. The synthesized assertions are functionally equivalent to their original system-level assertion, and hence, can he used to verify the system after HW/SW synthesis. This way, not only system-level assertions are reused in lower-levels of abstraction, but also run-time verification of system is provided. In this paper, we show the system-level assertions and their synthesis method in our object-oriented system-level synthesis methodology.
将基于断言的验证集成到系统级综合方法中
在本文中,我们将验证方法与面向对象的系统级综合方法集成在一起,以解决系统综合后的硬件/软件协同验证问题。我们已经定义了一组系统级断言。根据这些断言的类型及其相应功能的合成风格,在系统级合成过程中将这些断言自动转换为监视硬件或监视软件。合成的断言在功能上等同于它们原来的系统级断言,因此,可以用来验证硬件/软件合成后的系统。这样,不仅可以在较低级别的抽象中重用系统级断言,还可以提供系统的运行时验证。在本文中,我们展示了系统级断言及其在我们的面向对象的系统级综合方法中的综合方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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