基于cnn_双向LSTM模型的多域监督情感分析

T. Tran, H. Hoang, Phuong Hoai Dang, M. Riveill
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引用次数: 0

摘要

情感分析或意见挖掘用于捕捉体验过特定服务/产品的社区态度。情感分析通常集中于对整个文档或句子的观点进行分类。然而,在大多数评论中,用户经常表达他们对所提到实体的不同方面的意见,而不是对整个文档的总体看法。在这种情况下,使用基于方面的情感分析(ABSA)是一种解决方案。ABSA强调提取和综合意见文本中实体特定方面的情感。以往的研究在多评论领域的面向提取和情感极性分类方面存在困难。本文提出了一种创新的深度学习方法,将双向长短期记忆(BiLSTM)和卷积神经网络(CNN)集成到多域ABSA中。系统完成了领域分类、方面提取和文档中方面的意见确定等任务。除了对SemEval 2016数据集的混合Laptop_Restaurant域的输入句子进行GloVe词嵌入外,我们还在输入到CNN_BiLSTM架构之前使用附加的POS层来挑选词的形态属性,以提高我们建议的模型的灵活性和精度。通过实验,我们发现我们提出的模型在混合领域数据集上同时完成了上述领域分类、方面和情感提取任务,并且与之前仅在分离领域数据集上执行的模型相比,取得了积极的结果。
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Multidomain Supervised Aspect-based Sentiment Analysis using CNN_Bidirectional LSTM model
Sentiment analysis or opinion mining used to capture the community’s attitude who have experienced the specific service/product. Sentiment analysis usually concentrates to classify the opinion of whole document or sentence. However, in most comments, users often express their opinions on different aspects of the mentioned entity rather than express general sentiments on entire document. In this case, using aspect-based sentiment analysis (ABSA) is a solution. ABSA emphases on extracting and synthesizing sentiments on particular aspects of entities in opinion text. The previous studies have difficulty working with aspect extraction and sentiment polarity classification in multiple domains of review. We offer an innovative deep learning approach with the integrated construction of bidirectional Long Short Term Memory (BiLSTM) and Convolutional Neural Network (CNN) for multidomain ABSA in this article. Our system finished the following tasks: domain classification, aspect extraction and opinion determination of aspect in the document. Besides applying GloVe word embedding for input sentences from mixed Laptop_Restaurant domain of the SemEval 2016 dataset, we also use the additional layer of POS to pick out the word morphological attributes before feeding to the CNN_BiLSTM architecture to enhance the flexibility and precision of our suggested model. Through experiment, we found that our proposed model has performed the above mentioned tasks of domain classification, aspect and sentiment extraction concurrently on a mixed domain dataset and achieved the positive results compared to previous models that were performed only on separated domain dataset.
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