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Symbolic logic inference system based on recurrent multilayered perceptron neural networks

机译:基于反复多层的默认的默认的神经网络的符号逻辑推理系统

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摘要

A method of implementing symbolic logic inference system using a recurrent multilayered perceptron neural network is presented in this paper. Domain rule knowledge can be either acquired through learning domain sample set by a neural network or encoded into a neural network directly. Once the domain rule knowledge has been stored in a neural network, the neural network can be used to implement any symbolic logic inference of that domain. It is a theoretical base for studying relations between the abstract thought of human (symbolic logic inference) and thinking in images of a neural network (linked numeric calculation).
机译:本文提出了一种实现使用反复多层的Multoderptron神经网络实现符号逻辑推断系统的方法。域规则知识可以通过神经网络设置的学习域样本来获取,或者直接编码到神经网络中。一旦域规则知识已经存储在神经网络中,神经网络就可以用于实现该域的任何符号逻辑推断。它是研究人(象征性逻辑推断)抽象思想与神经网络图像思维关系的理论基础(链接数计算)。

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