In previous works we showed how to combine propositional multimodal logics using Gabbay's \emph{fibring} methodology. In this paper we extend the above mentioned works by providing a tableau-based proof technique for the combined/fibred logics. To achieve this end we first make a comparison between two types of tableau proof systems, (\emph{graph} $\&$ \emph{path}), with the help of a scenario (The Friend's Puzzle). Having done that we show how to uniformly construct a tableau calculus for the combined logic using Governatori's labelled tableau system \KEM. We conclude with a discussion on \KEM's features
We develop a labelled tableaux system for the modal logic KD45^{i-j}_n extended with epistemic notio...
We develop clausal tableau calculi for six multimodal logics variously designed for reasoning about ...
AbstractIn this paper a new proof procedure for some propositional and first-order normal modal logi...
In [12,16] we showed how to combine propositional BDI logics using Gabbay's fibring methodology. In ...
We describe a general and uniform tableau methodology for multi-modal logics arising from Gabbay's m...
In previous work we showed how to combine propositional BDI logics using Gabbay's fibring methodolog...
Abstract. In [12, 16] we showed how to combine propositional BDI logics us-ing Gabbay’s fibring meth...
Abstract. The methodology of fibring is a successful framework for combining logical systems based o...
AbstractA tableau is a refutation-based decision procedure for a related logic, and is among the mos...
In this thesis we work on normal multimodal logics, that are general modal systems with an arbitrary...
To develop theories to specify and reason about various aspects of multi-agent systems, many researc...
We present a sound and complete tableau calculus for a class of extended regular modal logics which ...
We propose to extend description logic with defeasible rules, and to use the inferential mechanism o...
In this paper we present a tableau-like proof system for multi-modal logics based on D'Agostino and ...
We provide technical details for both a fibring and an independent combination of normal and a non-n...
We develop a labelled tableaux system for the modal logic KD45^{i-j}_n extended with epistemic notio...
We develop clausal tableau calculi for six multimodal logics variously designed for reasoning about ...
AbstractIn this paper a new proof procedure for some propositional and first-order normal modal logi...
In [12,16] we showed how to combine propositional BDI logics using Gabbay's fibring methodology. In ...
We describe a general and uniform tableau methodology for multi-modal logics arising from Gabbay's m...
In previous work we showed how to combine propositional BDI logics using Gabbay's fibring methodolog...
Abstract. In [12, 16] we showed how to combine propositional BDI logics us-ing Gabbay’s fibring meth...
Abstract. The methodology of fibring is a successful framework for combining logical systems based o...
AbstractA tableau is a refutation-based decision procedure for a related logic, and is among the mos...
In this thesis we work on normal multimodal logics, that are general modal systems with an arbitrary...
To develop theories to specify and reason about various aspects of multi-agent systems, many researc...
We present a sound and complete tableau calculus for a class of extended regular modal logics which ...
We propose to extend description logic with defeasible rules, and to use the inferential mechanism o...
In this paper we present a tableau-like proof system for multi-modal logics based on D'Agostino and ...
We provide technical details for both a fibring and an independent combination of normal and a non-n...
We develop a labelled tableaux system for the modal logic KD45^{i-j}_n extended with epistemic notio...
We develop clausal tableau calculi for six multimodal logics variously designed for reasoning about ...
AbstractIn this paper a new proof procedure for some propositional and first-order normal modal logi...