
doi: 10.1007/bf00935602
The author shows how Kripke structures are determined by information systems, which then enables us to provide modal logics for knowledge representation in a natural way. She discusses the axiomatization of logics thus defined and extends the Kripke modeling in order to deal with temporal aspects of information or to give reasonings about objects and their properties.
Logic in artificial intelligence, modal logics for knowledge representation, Knowledge representation, Other applications of logic, data analysis logic, Other nonclassical logic, information systems, Modal logic (including the logic of norms), Kripke semantics
Logic in artificial intelligence, modal logics for knowledge representation, Knowledge representation, Other applications of logic, data analysis logic, Other nonclassical logic, information systems, Modal logic (including the logic of norms), Kripke semantics
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