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Word and Character Information Aware Neural Model for Emotional Analysis

机译:情人信息意识到神经模型进行情绪分析

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Background: Social media texts are often highly unstructured in accordance with thepresence of hashtags, emojis and URLs occurring in abundance. Thus, a sentiment or emotion analysison these kinds of texts becomes very difficult. The difficulty increases even more when suchtexts are in local languages like Arabic.Methods: This work utilizes novel deep learning architectures in the form of character-level ConvolutionalNeural Network (CNN) module and the word-level Recurrent Neural Network (RNN) moduleto produce a hybrid architecture that makes use of the character level analysis and the word levelanalysis to obtain state-of-the-art results on a totally new Arabic Emotions dataset.Results: The proposed method works the best among the traditional bag-of-words and Term Frequencyand Inverse Document Frequency methods for emotion analysis. It also outperforms thestate-of-the-art deep learning methods which are known to perform very well in an English corpus.Conclusion: The proposed deep end-to-end architecture utilizes the character level information froma text through the Character CNN Module and the word level information from a text through theWord-Level RNN Module.
机译:背景:社交媒体文本通常根据具有丰富发生的主题标签,EMOJIS和URL的主题高度非结构化。因此,这种文本的情感或情感分析变得非常困难。当Supexts符合Arabic.Methods的本地语言时,难度增加更多混合架构,利用角色级别分析和单词lecly分析,以获得全新的阿拉伯语情绪数据集的最先进的结果。结果:该方法在传统的单词和术语中工作是最好的情绪分析的频率和逆文档频率方法。它还优于最熟悉的深层学习方法,这些方法是众所周知的,这些方法在英语语料库中表现得非常良好。结论:所提出的深端端架构通过字符CNN模块和函数从文本中的字符级信息使用单词级别信息来自文本通过字级RNN模块。

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