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Ultimately Incremental SAT

机译:最终逐步汇编

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Incremental SAT solving under assumptions, introduced in Minisat, is in wide use. However, Minisat's algorithm for incremental SAT solving under assumptions has two main drawbacks which hinder performance considerably. First, it is not compliant with the highly effective and commonly used preprocessor SatELite. Second, all the assumptions are left in the formula, rather than being represented as unit clauses, propagated, and eliminated. Two previous attempts to overcome these problems solve either the first or the second of them, but not both. This paper remedies this situation by proposing a comprehensive solution for incremental SAT solving under assumptions, where SatELite is applied and all the assumptions are propagated. Our algorithm outperforms existing approaches over publicly available instances generated by a prominent industrial application in hardware validation.
机译:在MiniAT中引入的假设下的增量Sat解决是广泛的。然而,MiniSAT在假设下的增量SAT解决的算法具有两个主要缺点,其妨碍了性能。首先,它不符合高效和常用的预处理器卫星。其次,所有假设留在公式中,而不是表示为单位子句,传播和消除。两次以前的尝试克服这些问题解决了他们的第一个或第二个问题,但不是两者。本文通过提议在假设下提出综合解决方案的综合解决方案来解决这种情况,其中施用卫星并且所有假设传播。我们的算法优于在硬件验证中突出的工业应用程序生成的公开实例上的现有方法。

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