Journal of Applied Non-Classical Logics · 2010 · 13 citations · 10 references
ComputingComputer ScienceMathematicsKnowledge RepresentationLogicTopologyAutomated ReasoningAxiomatic Set TheoryDeductive ReasoningMathematical LogicPredicate LogicCompletenessComputational LogicLogic Of KnowledgeMultiple-method Standard SettingSoundnessSoundness ProofsTopological ReasoningTopological Semantics
We generalize Moss and Parikh's logic of knowledge, effort, and topological reasoning, in two ways. We develop both a multi-agent and a multi-method setting for it. In each of these cases, we prove a corresponding soundness and completeness theorem, and we show that the new logics are decidable. Our methods of proof rely on those for the original system. This might have been expected, since that system is conservatively extended for the given situation. Several technical details are different nevertheless here.
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Mathematical Social Sciences · 1994 · 3.6K citations
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