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Propositional PSPACE Reasoning with Boolean Programs Versus Quantified Boolean Formulas

机译:布尔程序与量化布尔公式的命题PSPACE推理

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We present a new propositional proof system based on a somewhat recent characterization of polynomial space (PSPACE) called Boolean programs, due to Cook and Soltys. The Boolean programs are like generalized extension atoms, providing a parallel to extended Frege. We show that this new system, BPLK, is polynomially equivalent to the system G, which is based on the familiar but very different quantified Boolean formula (QBF) characterization of PSPACE due to Stockmeyer and Meyer. This equivalence is proved by way of two translations, one of which uses an idea reminiscent of the ε-terms of Hilbert and Bernays.
机译:由于Cook和Soltys,我们提出了一种基于多项式空间(PSPACE)的最新表征的新命题证明系统,称为Boolean程序。布尔程序就像广义扩展原子一样,提供了与扩展Frege的并行。我们显示,这个新系统BPLK在多项式上等同于系统G,该系统G基于对PSPACE的熟悉但非常不同的量化布尔公式(QBF)表征,这归因于Stockmeyer和Meyer。通过两种翻译方式证明了这种等效性,其中一种翻译使用的想法让人联想到希尔伯特(Hilbert)和伯奈斯(Bernays)的ε项。

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