An infinitary propositional probability logic

IF 0.3 4区 数学 Q1 Arts and Humanities
Stefano Baratella
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引用次数: 0

Abstract

We introduce a logic for a class of probabilistic Kripke structures that we call type structures, as they are inspired by Harsanyi type spaces. The latter structures are used in theoretical economics and game theory. A strong completeness theorem for an associated infinitary propositional logic with probabilistic operators was proved by Meier. By simplifying Meier’s proof, we prove that our logic is strongly complete with respect to the class of type structures. In order to do that, we define a canonical model (in the sense of modal logics), which turns out to be a terminal object in a suitable category. Furthermore, we extend some standard model-theoretic constructions to type structures and we prove analogues of first-order results for those constructions.

一个不定命题概率逻辑
我们引入了一类概率Kripke结构的逻辑,我们称之为类型结构,因为它们的灵感来自于Harsanyi类型空间。后一种结构用于理论经济学和博弈论。Meier证明了一类带概率算子的关联无限命题逻辑的强完备性定理。通过简化Meier的证明,我们证明了我们的逻辑对于类型结构类是强完备的。为了做到这一点,我们定义了一个规范模型(在模态逻辑的意义上),它被证明是一个合适类别中的终端对象。此外,我们将一些标准的模型理论结构推广到类型结构,并证明了这些结构的一阶结果的类似物。
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来源期刊
Archive for Mathematical Logic
Archive for Mathematical Logic MATHEMATICS-LOGIC
CiteScore
0.80
自引率
0.00%
发文量
45
审稿时长
6-12 weeks
期刊介绍: The journal publishes research papers and occasionally surveys or expositions on mathematical logic. Contributions are also welcomed from other related areas, such as theoretical computer science or philosophy, as long as the methods of mathematical logic play a significant role. The journal therefore addresses logicians and mathematicians, computer scientists, and philosophers who are interested in the applications of mathematical logic in their own field, as well as its interactions with other areas of research.
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