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Approximation reasoning models based on random variables sequence

机译:基于随机变量序列的近似推理模型

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In this paper, we introduce the concept of random truth degree of an abstract proposition, which is a common generalization of various concepts of truth degree existing in literature, and prove that the set of random truth degree of all propositions has no isolated points in the real unit interval I = [0, 1]. We define random resemblance degree and random logic pseudo-metric among two propositions by means of random truth degrees, and prove that the random logic pseudo-metric space has no isolated points. By virtue of integral convergence theorem in probability theory we give a limit theorem of random truth degrees, which shows the connection of various truth degrees existing in literature. As an application we propose two diverse approximate reasoning models in random logic pseudo-metric space.
机译:在本文中,我们介绍了一个抽象命题的随机真度概念,它是对文献中存在的各种真度概念的通用概括,并证明了所有命题的随机真度集在词中没有孤立点。实际单位间隔I = [0,1]。利用随机真度定义了两个命题之间的随机相似度和随机逻辑伪度量,证明了随机逻辑伪度量空间没有孤立点。借助于概率论中的积分收敛定理,我们给出了一个随机真度的极限定理,它表明了文献中存在的各种真度的联系。作为一种应用,我们在随机逻辑伪度量空间中提出了两种不同的近似推理模型。

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