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arXiv · 1808.07733

Revisiting the Importance of Encoding Logic Rules in Sentiment Classification

Kalpesh Krishna·Preethi Jyothi·Mohit Iyyer
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Abstract

We analyze the performance of different sentiment classification models on syntactically complex inputs like A-but-B sentences. The first contribution of this analysis addresses reproducible research: to meaningfully compare different models, their accuracies must be averaged over far more random seeds than what has traditionally been reported. With proper averaging in place, we notice that the distillation model described in arXiv:1603.06318v4 [cs.LG], which incorporates explicit logic rules for sentiment classification, is ineffective. In contrast, using contextualized ELMo embeddings (arXiv:1802.05365v2 [cs.CL]) instead of logic rules yields significantly better performance. Additionally, we provide analysis and visualizations that demonstrate ELMo's ability to implicitly learn logic rules. Finally, a crowdsourced analysis reveals how ELMo outperforms baseline models even on sentences with ambiguous sentiment labels.

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Kalpesh Krishna, Preethi Jyothi, Mohit Iyyer. 2018-08-23. Revisiting the Importance of Encoding Logic Rules in Sentiment Classification. https://arxiv.org/abs/1808.07733

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