一句话:提出以 Riesz 空间对偶为语义的实值模态逻辑,并给出 Markov 过程的可靠完备公理化。
本文研究一种用于表达 Markov 过程性质的模态逻辑,其语义取实值而非布尔值,并建立在 Riesz 空间理论之上。作者利用 Riesz 空间对偶理论建立 Markov 过程与逻辑之间的联系,具体表现为 Radon 单子余代数范畴(建模 Markov 过程)与一类新代数范畴(称为模态 Riesz 空间,用于代数化该逻辑)之间的对偶。作为结果,论文给出了 Riesz 模态逻辑的可靠且完备的公理化。
We investigate a modal logic for expressing properties of Markov processes whose semantics is real-valued, rather than Boolean, and based on the mathematical theory of Riesz spaces. We use the duality theory of Riesz spaces to provide a connection between Markov processes and the logic. This takes the form of a duality between the category of coalgebras of the Radon monad (modeling Markov processes) and the category of a new class of algebras (algebraizing the logic) which we call modal Riesz spaces. As a result, we obtain a sound and complete axiomatization of the Riesz Modal logic.