We present MOILab, a prototype Prolog theorem prover implementing a labelled sequent calculus for IK, the basic system in the intuitionistic modal logics family. MOILab builds upon MOIN, a theorem prover implementing nested sequent calculi (both single-conclusion and multi-conclusion) for all the logics in the modal intuitionistic cube. With respect to the nested implementations, MOILab offers a straightforward countermodel construction in case of proof search failure
One of the main issues in proof certification is that different theorem provers, even when designed ...
Labelled proof theory has been famously successful for modal logics by mimicking their relational se...
International audienceLabelled proof theory has been famously successful for modal logics by mimicki...
We present MOILab, a prototype Prolog theorem prover implementing a labelled sequent calculus for IK...
We present MOILab, a prototype Prolog theorem prover implementing a labelled sequent calculus for IK...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
We present a simple Prolog prover for intuitionistic modal logics based on nested sequent proof syst...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
In this paper we present a labelled sequent system for intuitionistic modal logics such that there i...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
One of the main issues in proof certification is that different theorem provers, even when designed ...
One of the main issues in proof certification is that different theorem provers, even when designed ...
Labelled proof theory has been famously successful for modal logics by mimicking their relational se...
International audienceLabelled proof theory has been famously successful for modal logics by mimicki...
We present MOILab, a prototype Prolog theorem prover implementing a labelled sequent calculus for IK...
We present MOILab, a prototype Prolog theorem prover implementing a labelled sequent calculus for IK...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
We present a simple Prolog prover for intuitionistic modal logics based on nested sequent proof syst...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
International audienceWe present a simple Prolog prover for intuitionistic modal logics based on nes...
In this paper we present a labelled sequent system for intuitionistic modal logics such that there i...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
Short Presentation. AiML 2020International audienceWe present a labelled sequent system and a nested...
One of the main issues in proof certification is that different theorem provers, even when designed ...
One of the main issues in proof certification is that different theorem provers, even when designed ...
Labelled proof theory has been famously successful for modal logics by mimicking their relational se...
International audienceLabelled proof theory has been famously successful for modal logics by mimicki...