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Logic of Plausibility for Discovery in Multi-agent Environment Deciding Algorithms

机译:多代理环境中发现的合理性逻辑决定算法

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In most popular hybrid logics from the field of Artificial Intelligence, knowledge is usually combined with other logical operations (e.g. awareness). We consider a hybrid logic LPD combining agent's knowledge operations, linear time, operations for discovering information and plausibility operation. The plausibility operation is seemed to be quite new in this framework. The paper introduces LPD via semantical models based on special Kripke/Hintikka frames. We provide formation rules and rules for computing truth values of formulas in the chosen language inside such models, discuss properties of the described logic comparing to some other already known logics. The main problem we are focused on is finding an algorithm for recognition of satisfiable in LPD formulas, we propose such an algorithm (so we show that LPD is decidable w.r.t. satisfiability). The paper is completed with a short discussion on the essence and features of this algorithm.
机译:在来自人工智能领域的大多数流行的混合逻辑中,知识通常与其他逻辑运营相结合(例如,意识)。我们考虑混合逻辑LPD结合代理的知识操作,线性时间,用于发现信息和合理性操作的操作。这种框架似乎似乎是非常新的。本文通过基于特种Kripke / HITIKKA框架的语义模型介绍LPD。我们提供用于在此类模型内的所选语言中计算公式的真实值的形成规则和规则,讨论与其他一些已知的逻辑相比的所描述的逻辑的属性。我们专注于识别LPD公式中满足识别的主要问题,我们提出了这种算法(因此我们表明LPD是可判定的W.R.T.可靠性)。本文完成了关于该算法的本质和特征的简短讨论。

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