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Interactive Attention Networks for Aspect-Level Sentiment Classification
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Aspect-level sentiment classification aims at identifying the sentiment polarity of specific target in its context. Previous approaches have realized the importance of targets in sentiment classification and developed various methods with the goal of precisely modeling their contexts via generating target-specific representations. However, these studies always ignore the separate modeling of targets. In this paper, we argue that both targets and contexts deserve special treatment and need to be learned their own representations via interactive learning. Then, we propose the interactive attention networks (IAN) to interactively learn attentions in the contexts and targets, and generate the representations for targets and contexts separately. With this design, the IAN model can well represent a target and its collocative context, which is helpful to sentiment classification. Experimental results on SemEval 2014 Datasets demonstrate the effectiveness of our model.
Forward citations
Cited by 2 Pith papers
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Which Review Aspect Has a Greater Impact on the Duration of Open Peer Review in Multiple Rounds? -- Evidence from Nature Communications
Sentiment analysis of peer review reports finds weak negative correlation between positive sentiment on evaluation/results aspects and shorter review duration, varying by round.
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AF-MAT: Aspect-aware Flip-and-Fuse xLSTM for Aspect-based Sentiment Analysis
AF-MAT combines an aspect-gated matrix LSTM, partial and full sequence flipping, and mLSTM-based fusion to report slightly higher ABSA accuracy than prior published models on Restaurant14, Laptop14, and Twitter.
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