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Sentiment Analysis of Weak-RuleText Based on the Combination of Sentiment Lexicon and Neural Network

机译:基于情绪词典与神经网络的组合的弱化文本的情感分析

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Aiming at social media texts with weak grammatical features, based on the weak-rule text and word vectors, this paper proposes a framework combining sentiment lexicon and neural network. Moreover, we study the influence of sentiment lexicon on improving the accuracy of text sentiment analysis. According to the structure of the word vector and the uniqueness of the sentiment score in the sentiment lexicon, our model first converts the text into a sentiment score vector. Secondly, the converted sentiment score vector is used to learn its hidden emotional representation through the neural network. At the same time, we use a combination of pre-training word vectors and the BiLSTM network to learn the hidden semantic representation of the original text. Finally, the hidden emotional representation and the hidden semantic representation are combined to analyze the weak-rule text sentiment. Experimental results on Weibo text with weak grammatical rules show that the performance of the method which use the sentiment score vector is better than traditional sentiment lexicon methods. The performance of combining hidden emotion representation and hidden semantic representation is also better than the BiLSTM that uses pre-trained word vectors and attention mechanism.
机译:针对具有弱语法特征的社交媒体文本,基于弱规则文本和文字矢量,本文提出了一种结合情绪词典和神经网络的框架。此外,我们研究情绪词典对提高文本情绪分析准确性的影响。根据字向量的结构和情绪评分的唯一性在情感词典中,我们的模型首先将文本转换为情绪分数矢量。其次,转换的情绪评分矢量用于通过神经网络来学习其隐藏的情绪表示。同时,我们使用预训练的单词向量和Bilstm网络的组合来学习原始文本的隐藏语义表示。最后,结合了隐藏的情绪表示和隐藏的语义表示来分析弱规则文本情绪。微博文本与语法规则的实验结果表明,使用情绪评分矢量的方法的性能优于传统情绪词典方法。结合隐藏的情绪表示和隐藏语义表示的性能也比使用预先训练的单词向量和注意机制的BILSTM更好。

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