2013Unpublished venueRequires access

Bi-superintuitionistic logics for rough sets

Seiki Akama, Tetsuya Murai, Yasuo Kudo

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Abstract

Bi-intuitionistic logic, also called Heyting-Brouwer logic, is a logic based on Heyting and Brouwerian algebras. A rough set logic based on regular double Stone algebra is regarded as the extension of bi-intuitionistic logic without intuitionistic and dual intuitionistic implication. In this paper, we discuss the aspects of bi-superintuitionistic logics which are stronger than bi-intuitionistic logic as a foundation for rough set logics. We propose some bi-superintuitionistic logics with a Kripke semantics and natural deduction. These logics can serve as foundations for reasoning about rough and vague information.

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What this paper is about

Bi-intuitionistic logic, also called Heyting-Brouwer logic, is a logic based on Heyting and Brouwerian algebras. A rough set logic based on regular double Stone algebra is regarded as the extension of bi-intuitionistic logic without intuitionistic and dual intuitionistic implication. In this paper, we discuss the aspects of bi-superintuitionistic logics which are stronger than bi-intuitionistic logic as a foundation for rough set logics. We propose some bi-superintuitionistic logics with a Kripke semantics and natural deduction. These logics can serve as foundations for reasoning about rough and vague information.

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Available abstract

Bi-intuitionistic logic, also called Heyting-Brouwer logic, is a logic based on Heyting and Brouwerian algebras. A rough set logic based on regular double Stone algebra is regarded as the extension of bi-intuitionistic logic without intuitionistic and dual intuitionistic implication. In this paper, we discuss the aspects of bi-superintuitionistic logics which are stronger than bi-intuitionistic logic as a foundation for rough set logics. We propose some bi-superintuitionistic logics with a Kripke semantics and natural deduction. These logics can serve as foundations for reasoning about rough and vague information.

Key concepts: Intuitionistic logic, Heyting algebra, Kripke semantics, Intermediate logic, T-norm fuzzy logics, Many-valued logic, Mathematics, Rough set

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