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A NEW UNIFORM NEURON MODEL OF GENERALIZED LOGIC OPERATORS BASED ON [a,b]

机译:基于[a,b]的广义逻辑算子的统一神经元新模型

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The study on neural systems is very hot, especially regarding modelling of fuzzy neural networks. The neuron models have been limited in interval before. This paper studies the logic operators and neuron models of proposition object based on [a, b]. Any interval is called a generalized interval. Firstly, authors provide the conception of proposition object, discussed on the radix space of universal logic. Secondly, using the NTS norms theories, this paper establishes the universal logic operation models on generalized interval. Thirdly, the paper builds up a new uniform neuron model of "Not/And/Or/Average" on generalized interval. As an instance, authors discuss the neuron models based on standard interval, which are continuously changeable with generalized correlation coefficient "ft" and generalized self-correlation coefficient "k". This work offers important theories and models for neurons reasoning, make it more flexible because of the change of h, k and [a, b], and enlarge its study domain.
机译:关于神经系统的研究非常热门,尤其是关于模糊神经网络的建模。神经元模型之前的间隔受到限制。本文研究了基于[a,b]的命题对象的逻辑算子和神经元模型。任何间隔都称为广义间隔。首先,作者提供了命题对象的概念,并在通用逻辑的基数空间上进行了讨论。其次,利用NTS规范理论,建立了广义区间上的通用逻辑运算模型。第三,建立了广义区间上“非/与/或/平均”的统一神经元模型。例如,作者讨论了基于标准间隔的神经元模型,这些模型可以随着广义相关系数“ ft”和广义自相关系数“ k”而不断变化。这项工作为神经元推理提供了重要的理论和模型,由于h,k和[a,b]的变化而使其更加灵活,并扩大了其研究领域。

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