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Neural Sequence-to-sequence Learning of Internal Word Structure

2017-08-01 · CONLL 2017 8 · Tatyana Ruzsics, Tanja Samard{\v{z}}i{\'c}

Learning internal word structure has recently been recognized as an important step in various multilingual processing tasks and in theoretical language comparison. In this paper, we present a neural encoder-decoder model for learning canonical morphological segmentation. Our model combines character-level sequence-to-sequence transformation with a language model over canonical segments. We obtain up to 4{\%} improvement over a strong character-level encoder-decoder baseline for three languages. Our model outperforms the previous state-of-the-art for two languages, while eliminating the need for external resources such as large dictionaries. Finally, by comparing the performance of encoder-decoder and classical statistical machine translation systems trained with and without corpus counts, we show that including corpus counts is beneficial to both approaches.

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DecoderLanguage ModelingLanguage ModellingMachine TranslationTranslation

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