LFD的有限模型性质及双仿真

R. Koudijs
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引用次数: 1

摘要

最近,Baltag和van Benthem引入了一个函数依赖的可判定逻辑(LFD),它扩展了具有原子局部依赖语句的圆柱相对集代数(CRS)的逻辑。它的语义可以用广义赋值模型或相应的模态模型来表示,因此该逻辑既是一阶逻辑又是模态逻辑。利用扩展部分同构的Herwig定理证明了LFD具有有限模型性质(FMP),并证明了LFD作为一阶逻辑片段的双模拟不变性定理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Finite Model Property and Bisimulation for LFD
Recently, Baltag and van Benthem introduced a decidable logic of functional dependence (LFD) that extends the logic of Cylindrical Relativized Set Algebras (CRS) with atomic local dependence statements. Its semantics can be given in terms of generalised assignment models or their modal counterparts, hence the logic is both a first-order and a modal logic. We show that LFD has the finite model property (FMP) using Herwig's theorem on extending partial isomorphisms, and prove a bisimulation invariance theorem characterizing LFD as a fragment of first-order logic.
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