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      On the satisfiability problem for a 3-level quantified syllogistic

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          Abstract

          We show that a collection of three-sorted set-theoretic formulae, denoted TLQSR and which admits a restricted form of quantification over individual and set variables, has a solvable satisfiability problem by proving that it enjoys a small model property, i.e., any satisfiable TLQSR-formula psi has a finite model whose size depends solely on the size of psi itself. We also introduce the sublanguages (TLQSR)^h of TLQSR, whose formulae are characterized by having quantifier prefixes of length bounded by h \geq 2 and some other syntactic constraints, and we prove that each of them has the satisfiability problem NP-complete. Then, we show that the modal logic S5 can be formalized in (TLQSR)^3.

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          The Computational Complexity of Provability in Systems of Modal Propositional Logic

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            Decision procedures for elementary sublanguages of set theory I Multi-level syllogistic and some extensions

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              STeP: Deductive-algorithmic verification of reactive and real-time systems

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                Journal
                1304.2412

                Theoretical computer science
                Theoretical computer science

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