Application of the recurrent neural network to the problem of language acquisition

R. Kamimura
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引用次数: 6

Abstract

The purpose of this paper is to explore the possibility of langnage acquisition by using the recurrent neural net work. The knowledge of language that native speakers have is supposed to be reflected in the socalled “grammatical competence. ” Thus, the problem is to examine whether the recurrent neural network can acquire the grammatical competence. To simplify the experiments, the grammatical competence means the ability to infer the well-formedness of sentences. The training sentences are generated by the limited number of training sentences and the network must make judgments about the well-formedness of new sentences, The experimental results can be summarized as follows. First, the recurrent back-propagation needs only a few of propagations and back-propagations to obtain the necessary approximate values. Second, the recurrent network can infer the well-formedness of new sentences with sentence formulae of training sentences or new sentence formulae quite well. Third, the generalization performance of the network is not necessarily related to the number of hidden units. In some cases, we can obtain the best performance with no hidden units.
递归神经网络在语言习得问题中的应用
本文的目的是探讨使用递归神经网络进行语言习得的可能性。母语人士的语言知识应该反映在所谓的“语法能力”上。因此,检验递归神经网络能否获得语法能力是问题所在。为了简化实验,语法能力是指推断句子结构是否正确的能力。训练句是由有限数量的训练句生成的,网络必须对新句子的格式是否良好做出判断。实验结果可以总结如下:首先,循环反向传播只需要少量的传播和反向传播就可以获得必要的近似值。其次,循环网络可以很好地利用训练句的句子公式或新句子公式推断出新句子的格式良好性。第三,网络的泛化性能与隐藏单元的数量不一定相关。在某些情况下,我们可以在没有隐藏单元的情况下获得最佳性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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