Papers › Semi-supervised Word Sense Disambiguation with Neural Models

Semi-supervised Word Sense Disambiguation with Neural Models

22 Mar 2016COLING 2016 12arXiv:1603.07012archive 2025-07-28

Dayu Yuan, Julian Richardson, Ryan Doherty, Colin Evans, Eric Altendorf

Determining the intended sense of words in text - word sense disambiguation (WSD) - is a long standing problem in natural language processing. Recently, researchers have shown promising results using word vectors extracted from a neural network language model as features in WSD algorithms. However, a simple average or concatenation of word vectors for each word in a text loses the sequential and syntactic information of the text. In this paper, we study WSD with a sequence learning neural net, LSTM, to better capture the sequential and syntactic patterns of the text. To alleviate the lack of training data in all-words WSD, we employ the same LSTM in a semi-supervised label propagation classifier. We demonstrate state-of-the-art results, especially on verbs.

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