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Multi$^2$OIE: Multilingual Open Information Extraction Based on Multi-Head Attention with BERT
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abstract
In this paper, we propose Multi$^2$OIE, which performs open information extraction (open IE) by combining BERT with multi-head attention. Our model is a sequence-labeling system with an efficient and effective argument extraction method. We use a query, key, and value setting inspired by the Multimodal Transformer to replace the previously used bidirectional long short-term memory architecture with multi-head attention. Multi$^2$OIE outperforms existing sequence-labeling systems with high computational efficiency on two benchmark evaluation datasets, Re-OIE2016 and CaRB. Additionally, we apply the proposed method to multilingual open IE using multilingual BERT. Experimental results on new benchmark datasets introduced for two languages (Spanish and Portuguese) demonstrate that our model outperforms other multilingual systems without training data for the target languages.
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Extracting Structured Requirements from Unstructured Building Technical Specifications for Building Information Modeling
A study showing that CamemBERT and Fr_core_news_lg achieve over 90% F1 for named entity recognition and Random Forest achieves over 80% F1 for relation extraction on French building technical specifications.
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