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arXiv 0704.1886math.LOcs.LOmath.RA
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Kripke结构的代数推广

An algebraic generalization of Kripke structures

Sérgio Marcelino, Pedro Resende

摘要:

经典命题正规模态逻辑的Kripke语义是通过将Kripke结构嵌入到更大类的点稳定支撑量子中来代数化的。这种代数语义包含了传统的代数语义的基础上格与一元运算符,它提出了自然的解释模态逻辑,可能感兴趣的应用,在结构中出现的几何和分析,如叶状流形和算子代数,通过拓扑群胚和逆半群。我们研究了系统K,T,K4,S4和S5的基于Quantale的语义的完备性,特别是获得了S5的公理化,它不使用否定或模态必要性算子。作为额外的例子,我们描述直觉命题模态逻辑,程序PDL的逻辑,和分歧的时态逻辑CTL。

英文摘要:

The Kripke semantics of classical propositional normal modal logic is made algebraic via an embedding of Kripke structures into the larger class of pointed stably supported quantales. This algebraic semantics subsumes the traditional algebraic semantics based on lattices with unary operators, and it suggests natural interpretations of modal logic, of possible interest in the applications, in structures that arise in geometry and analysis, such as foliated manifolds and operator algebras, via topological groupoids and inverse semigroups. We study completeness properties of the quantale based semantics for the systems K, T, K4, S4, and S5, in particular obtaining an axiomatization for S5 which does not use negation or the modal necessity operator. As additional examples we describe intuitionistic propositional modal logic, the logic of programs PDL, and the ramified temporal logic CTL.

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