National Conference on Artificial Intelligence · 2015 · 27 citations · 14 references
ComputingComputer ScienceKnowledge RepresentationLogicProgramming LanguagesAutomated ReasoningLogic ProgrammingAnswer Set ProgrammingMarkov Logic NetworksModel SemanticsProbabilistic LogicProbabilistic ReasoningProbabilistic SemanticsState Transition SystemsTransition Systems
We present a probabilistic extension of logic programs under the stable model semantics, inspired by the idea of Markov Logic Networks. The proposed language, called LP MLN , is a generalization of logic programs under the stable model semantics, and as such, embraces the rich body of research in knowledge representation. The language is also a generalization of ProbLog, and is closely related to Markov Logic Networks, which implies that the computation can be carried out by the techniques developed for them. LP MLN appears to be a natural language for probabilistic answer set programming, and as an example we show how an elaboration tolerant representation of transition systems in answer set programs can be naturally extended to the probabilistic setting.
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The stable model semantics for logic programming
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ASSAT: computing answer sets of a logic program by SAT solvers
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