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Classification of Natural Language Sentences using Neural Networks

机译:神经网络对自然语言句的分类

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摘要

In this work the task of classifying natural language sentences using recurrent neural networks is considered. The goal is the classification of the sentences as grammatical or ungrammatical. An acceptable classification percentage was achieved, using encoded natural language sentences as examples to train a recurrent neural network. This encoding is based on the linguistic theory of Government and Binding. The behaviour of the recurrent neural network as a dynamical system is analyzed to extract finite automata that represent in some way the grammar of the language. A classifier system was developed to reach these goals, using the Back-propagation Through Time algorithm to train the neural net. The clustering algorithm Growing Neural Gas was used in the extraction of automata.
机译:在这项工作中,考虑了使用递归神经网络对自然语言句子进行分类的任务。目的是将句子分类为语法或非语法。使用编码的自然语言句子作为示例来训练递归神经网络,可以达到可接受的分类百分比。这种编码基于政府与约束力的语言理论。分析了循环神经网络作为动力系统的行为,以提取有限的自动机,该自动机以某种方式表示语言的语法。开发了一种分类器系统以实现这些目标,使用时间反向传播算法来训练神经网络。在自动机提取中使用了聚类算法生长神经气体。

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