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A Bi-LSTM mention hypergraph model with encoding schema for mention extraction

机译:Bi-LSTM提及超图模型,具有用于提及提取的编码方案

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摘要

Natural language processing is a technique to process data such as text and speech. Some fundamental research includes named-entity recognition, which recognizes name entities (i.e., persons, companies) from texts; semantic parsing, which is used to convert a natural language utterance to the representation of logical form; and co-reference resolution, which extracts nouns (including pronouns, noun phrases) pointing to the same reference body. In this paper, we mainly focus on the task of mention extraction, which extract and classify overlapping or nested structure mentions. We proposed a neural-encoded mention-hypergraph (NEMH) model to use hypergraph to model overlapping or nested structure mentions and use neural networks to extract features for hypergraph automatically. Unlike the existing approaches, our hypergraph model can effectively capture nested mention entities with unlimited lengths. Also, the proposed model is highly scalable and the time complexity of the proposed model is linear in the number of mention classes and the number of input words. Extensive experiments are conducted on several standard datasets to demonstrate the effectiveness of the proposed model.
机译:自然语言处理是一种处理诸如文本和语音之类的数据的技术。一些基础研究包括命名实体识别,它从文本中识别名称实体(即个人,公司);语义解析,用于将自然语言表达转换为逻辑形式的表示;以及共同参照解析,它提取指向相同参照体的名词(包括代词,名词短语)。在本文中,我们主要关注提及提取的任务,提取和分类重叠或嵌套的结构提及。我们提出了一种神经编码的提及超图(NEMH)模型,以使用超图对重叠或嵌套的结构提及建模,并使用神经网络自动提取超图的特征。与现有方法不同,我们的超图模型可以有效捕获长度不受限制的嵌套提及实体。而且,提出的模型是高度可伸缩的,并且提出的模型的时间复杂度在提及类别的数目和输入单词的数目方面是线性的。在几个标准数据集上进行了广泛的实验,以证明所提出模型的有效性。

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