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A Resolution-Based Theorem Prover for $${\textsf {K}}_{n}^{}$$Kn : Architecture, Refinements, Strategies and Experiments
Journal of Automated Reasoning ( IF 1.1 ) Pub Date : 2018-12-17 , DOI: 10.1007/s10817-018-09503-x
Cláudia Nalon , Ullrich Hustadt , Clare Dixon

In this paper we describe the implementation of , a resolution-based prover for the basic multimodal logic \({\textsf {K}}_{n}^{}\). The prover implements a resolution-based calculus for both local and global reasoning. The user can choose different normal forms, refinements of the basic resolution calculus, and strategies. We describe these options in detail and discuss their implications. We provide experiments comparing some of these options and comparing the prover with other provers for this logic.

中文翻译:

$$ {\ textsf {K}} _ {n} ^ {} $$ Kn的基于分辨率的定理证明:架构,优化,策略和实验

在本文中,我们描述了基本多峰逻辑\({\ textsf {K}} _ {n} ^ {} \)的基于分辨率的证明者的实现。证明者为本地和全局推理实现基于分辨率的演算。用户可以选择不同的范式,基本分辨率演算的细化方法和策略。我们将详细描述这些选项并讨论其含义。我们提供了一些比较这些选项的实验,并将证明者与该逻辑的其他证明者进行了比较。
更新日期:2018-12-17
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