多智能体环境下发现的合理性逻辑。决策算法

S. Babenyshev, V. Rybakov
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引用次数: 0

摘要

在人工智能(AI)领域最流行的逻辑中,知识通常与其他逻辑操作(例如,意识)相结合。将智能体的知识操作、线性时间、信息发现操作和合理性操作相结合,提出了一种发现合理性逻辑(LPD)。通过基于特殊Kripke框架的语义模型引入LPD。我们关注的主要问题是找到一种算法来识别LPD公式中的可满足性。我们提出了这样一个算法(因此我们证明了LPD是可决定的)。最后简要讨论了该算法的本质和特点。
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Logic of Plausibility for Discovery in multi-agent environment. Decision algorithms
In most popular logics from the field of Artificial Intelligence (AI), knowledge is usually combined with other logical operations (e.g., awareness). We present a Logic of Plausibility for Discovery (LPD) combining agents' knowledge operations, linear time, operations for discovering information and plausibility operation. LPD is introduced via semantic models based on special Kripke frames. The main problem we focus on is finding an algorithm for recognising satisfiable in LPD formulas. We propose such an algorithm (so we show that LPD is decidable w.r.t. satisfiability). The paper is concluded with a short discussion on the essence and features of this algorithm.
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