Refining Raw Sentence Representations for Textual Entailment Recognition via Attention
Abstract
In this paper we present the model used by the team Rivercorners for the 2017 RepEval shared task. First, our model separately encodes a pair of sentences into variable-length representations by using a bidirectional LSTM. Later, it creates fixed-length raw representations by means of simple aggregation functions, which are then refined using an attention mechanism. Finally it combines the refined representations of both sentences into a single vector to be used for classification. With this model we obtained test accuracies of 72.057% and 72.055% in the matched and mismatched evaluation tracks respectively, outperforming the LSTM baseline, and obtaining performances similar to a model that relies on shared information between sentences (ESIM). When using an ensemble both accuracies increased to 72.247% and 72.827% respectively.
Cite
@article{arxiv.1707.03103,
title = {Refining Raw Sentence Representations for Textual Entailment Recognition via Attention},
author = {Jorge A. Balazs and Edison Marrese-Taylor and Pablo Loyola and Yutaka Matsuo},
journal= {arXiv preprint arXiv:1707.03103},
year = {2017}
}