First sound and complete nested sequent calculi for Horn-characterizable QMLs with equality and inner/outer domains via grammar-parameterized reachability rules.
Deep sequent systems for modal logic.Archive for Math- ematical Logic, 48(6):551–577
4 Pith papers cite this work. Polarity classification is still indexing.
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A linearization method enables a PSPACE proof-search algorithm for GL on labeled tree sequents, with counter-model extraction from failed searches and a reduction to linear nested sequents.
Nested sequent calculi for intuitionistic grammar logics admit uniform cut-elimination via a shift rule and validity is undecidable.
The paper establishes syntactic correspondences between non-wellfounded and cyclic proofs for LTL in linear nested sequents by proving completeness relative to saturation recurrence and introducing an unraveling shift procedure.
citing papers explorer
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Nested Sequents for Horn-Characterizable Quantified Modal Logics with Equality via Reachability Rules
First sound and complete nested sequent calculi for Horn-characterizable QMLs with equality and inner/outer domains via grammar-parameterized reachability rules.
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Optimizing Proof-Search via Linearization for G\"odel-L\"ob Logic with Tree-Hypersequents
A linearization method enables a PSPACE proof-search algorithm for GL on labeled tree sequents, with counter-model extraction from failed searches and a reduction to linear nested sequents.
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Nested Sequents for Intuitionistic Multi-Modal Logics: Modularity, Cut-Elimination, and Undecidability
Nested sequent calculi for intuitionistic grammar logics admit uniform cut-elimination via a shift rule and validity is undecidable.
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Non-Wellfounded and Cyclic Proofs for LTL: A Syntactic Correspondence with Linear Nested Sequents
The paper establishes syntactic correspondences between non-wellfounded and cyclic proofs for LTL in linear nested sequents by proving completeness relative to saturation recurrence and introducing an unraveling shift procedure.