Automatic Term Extraction with Joint Multilingual Learning

Ipek Nur Karaman, I. Çiçekli, Gonenc Ercan
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引用次数: 1

Abstract

Automatic term extraction using deep learning achieves promising results if sufficient training data exists. Unfortunately, some languages may lack these resources in some domains causing poor performance due to under-fitting. In this study, we propose a joint multilingual deep learning model with sequence labeling to extract terms, trained on multilingual data and aligned word embeddings to tackle this problem. Our evaluation results demonstrate that the multilingual model provides an improvement for automatic term extraction task when it is compared with a monolingual model trained with limited training data. Although the improvement rate varies according to domain and the size of the data, our evaluation shows that the highest improvement in F1-score is 10.1 % in the domain of Computer Science, the least improvement is 7.6% in the domain of Electronic Engineering. Our multilingual model also achieves competitive results when it is compared with a monolingual model trained with sufficient training data.
联合多语言学习的自动术语提取
如果有足够的训练数据,使用深度学习的自动术语提取可以获得很好的结果。不幸的是,有些语言可能在某些领域缺乏这些资源,导致由于拟合不足而导致性能不佳。在这项研究中,我们提出了一个联合的多语言深度学习模型,该模型采用序列标记来提取术语,并对多语言数据进行训练,并对齐词嵌入来解决这一问题。我们的评估结果表明,与使用有限训练数据训练的单语模型相比,多语言模型在自动术语提取任务方面提供了改进。虽然改进率因领域和数据大小而异,但我们的评估显示,计算机科学领域的f1分数提高最高,为10.1%,电子工程领域的f1分数提高最低,为7.6%。我们的多语言模型与经过充分训练的单语言模型相比,也取得了具有竞争力的结果。
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