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Extracting Structure from Scientific Abstracts Using Neural Networks

机译:使用神经网络从科学摘要中提取结构

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Objective: Knowing the structure of a scientific paper abstract is useful in a variety of NLP tasks such as information extraction or paper writing assistance. Existing methods classify abstract sentences into predefined structural roles, achieving good results but only on specific fields. In this poster we investigate a method that works well across domains. Method: We propose a classifier based on neural networks, and compare it with conventional classifiers, using labeled abstracts from the bio-medical domain as a training corpus, and manually annotated computer science abstracts as test data. Result: Early experiments demonstrate that our neural-network-based method significantly outperforms conventional methods in the cross-domain classification task.
机译:目的:了解科学论文摘要的结构在各种NLP任务(例如信息提取或论文写作辅助)中很有用。现有的方法将抽象句子分类为预定义的结构角色,虽然只在特定领域,但取得了很好的效果。在此海报中,我们研究了一种跨领域有效的方法。方法:我们提出一种基于神经网络的分类器,并将其与常规分类器进行比较,使用来自生物医学领域的带标签的摘要作为训练语料,并手动注释计算机科学摘要作为测试数据。结果:早期实验表明,我们的基于神经网络的方法在跨域分类任务中明显优于传统方法。

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