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Learning compositional structures for semantic graph parsing

2021-06-08 · ACL (spnlp) 2021 8 · Jonas Groschwitz, Meaghan Fowlie, Alexander Koller

AM dependency parsing is a method for neural semantic graph parsing that exploits the principle of compositionality. While AM dependency parsers have been shown to be fast and accurate across several graphbanks, they require explicit annotations of the compositional tree structures for training. In the past, these were obtained using complex graphbank-specific heuristics written by experts. Here we show how they can instead be trained directly on the graphs with a neural latent-variable model, drastically reducing the amount and complexity of manual heuristics. We demonstrate that our model picks up on several linguistic phenomena on its own and achieves comparable accuracy to supervised training, greatly facilitating the use of AM dependency parsing for new sembanks.

📄 PDF Abstract BibTeX arXiv:2106.04398

Code (1)

coli-saar/am-parser 공식 구현 pytorch

Tasks

Dependency Parsing

Methods 이 논문이 사용한 방법론

AM 설명 없음

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