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Deciding validity in a spatial logic for trees

机译:确定树木空间逻辑的有效性

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We consider a prepositional spatial logic for finite trees. The logic includes A | B (tree composition), AΔ B (the implication induced by composition), and 0 (the unit of composition). We show that the satisfaction and validity problems are equivalent, and decidable. The crux of the argument is devising a finite enumeration of trees to consider when deciding whether a spatial implication is satisfied. We introduce a sequent calculus for the logic, and show it to be sound and complete with respect to an interpretation in terms of satisfaction. Finally, we describe a complete proof procedure for the sequent calculus. We envisage applications in the area of logic-based type systems for semistructured data. We describe a small programming language based on this idea.
机译:我们考虑有限树的介词空间逻辑。逻辑包括A | B(树组成),AΔB(由组成引起的蕴含)和0(组成单位)。我们证明满意度和有效性问题是等价的,是可以决定的。该论点的关键是设计树木的有限枚举,以决定是否满足空间含义。我们为逻辑引入了一个顺序演算,并就满意的解释而言,证明它是合理且完整的。最后,我们描述了后续演算的完整证明程序。我们设想在半结构化数据的基于逻辑的类型系统领域中的应用。我们基于此思想描述了一种小型编程语言。

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