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Decidability of Quantifed Propositional Branching Time Logics

机译:定量命题分支时间逻辑的可判定性

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摘要

We extend the branching temporal logics CTL and CTL with quantified propositions and consider various semantic interpretations for the quantification. The use of quantificiation greatly increases the expressive power of the logics allowing us to represent, for example, tree-automata. We also show that some interpretations of quantification allow us to represent non-propositional properties of Kripke frames, such as the branching degree of trees. However this expressive power may also make the satisfiability problem for the logic undecidable. We give a proof of one such case, and also examine decidability in the less expressive semantics.
机译:我们用量化的命题扩展分支时间逻辑CTL和CTL,并考虑量化的各种语义解释。量化的使用大大提高了逻辑的表达能力,从而使我们能够表示例如树型自动机。我们还表明,量化的某些解释使我们能够表示Kripke框架的非命题属性,例如树的分支度。但是,这种表达能力也可能使逻辑的可满足性问题变得不确定。我们给出了这种情况的证明,并且还研究了表达较少的语义中的可判定性。

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