Texts Classification with the usage of Neural Network based on the Word2vec’s Words Representation

D. V. Iatsenko
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Abstract

Assigning the submitted text to one of the predetermined categories is required when dealing with application-oriented texts. There are many different approaches to solving this problem, including using neural network algorithms. This article explores using neural networks to sort news articles based on their category. Two word vectorization algorithms are being used — The Bag of Words (BOW) and the word2vec distributive semantic model. For this work the BOW model was applied to the FNN, whereas the word2vec model was applied to CNN. We have measured the accuracy of the classification when applying these methods for ad texts datasets. The experimental results have shown that both of the models show us quite the comparable accuracy. However, the word2vec encoding used for CNN showed more relevant results, regarding to the texts semantics. Moreover, the trained CNN, based on the word2vec architecture, has produced a compact feature map on its last convolutional layer, which can then be used in the future text representation. I.e. Using CNN as a text encoder and for learning transfer.
基于Word2vec词表示的神经网络文本分类
在处理面向应用程序的文本时,需要将提交的文本分配到预定的类别之一。有许多不同的方法来解决这个问题,包括使用神经网络算法。本文探讨了使用神经网络根据类别对新闻文章进行分类。目前使用了两种词矢量化算法——词包(BOW)和word2vec分布式语义模型。对于这项工作,将BOW模型应用于FNN,而将word2vec模型应用于CNN。当我们将这些方法应用于广告文本数据集时,我们已经测量了分类的准确性。实验结果表明,两种模型都具有相当的精度。然而,CNN使用的word2vec编码在文本语义方面显示出更相关的结果。此外,训练后的CNN基于word2vec架构,在其最后一个卷积层上生成了一个紧凑的特征图,该特征图可用于未来的文本表示。即使用CNN作为文本编码器和学习迁移。
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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