定理证明:不是一个深奥的转移,而是工业验证的统一框架

D. Cyrluk, M. Srivas
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引用次数: 9

摘要

硬件验证技术的有效性在过去十年中显著提高。随着硬件验证技术的日益强大,将验证技术过渡到工业的想法可以被认真对待。然而,无论是基于BDD的模型检查器还是自动微处理器验证工具,能够完全自动验证某些类型硬件的强大决策过程本身都不足以用于工业硬件验证。然而,具有特定功能的高级通用定理证明器可以提供一个整体框架,在这个框架中可以嵌入这些工具,然后可以有效地将它们用于工业硬件验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Theorem proving: not an esoteric diversion, but the unifying framework for industrial verification
The effectiveness of hardware verification techniques has increased markedly in the past decade. As hardware verification techniques become increasingly powerful the idea of transitioning verification technology to industry can be taken seriously. Nevertheless, powerful decision procedures that can completely automate the verification of certain types of hardware, whether they are BDD based model-checkers or automatic microprocessor verification tools, cannot be adequate on their own for industrial hardware verification. However, a high-level, general-purpose theorem prover with specific capabilities can provide an overall framework in which these tools can be embedded and in which they can then be effectively used for industrial hardware verification.
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