A Research on Overlapping Relationship Extraction Based on Multi-objective Dependency

Lingyun Wang, Caiquan Xiong, Na Deng
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Abstract

The joint extraction of entity and relation is an important task in information extraction. Previously, most models in entity relationship extraction assumed that the relationship was discrete. Unfortunately, this assumption is often violated. In order to solve the problem of overlapping in the entity relationship, considering the relationship between extraction under the premise of have the features of multiple targets, this paper puts forward a multi-objective depend on the relationship between extraction model, which transforms the relationship extraction task into a sequence-tagged task. The model uses Iterated Dilated Convolutional Neural Network (IDCNN) and BiLSTM to encode the words in order to more fully extract the semantics in the text. First, determine the target entity subject (s), and then predict all corresponding object (o) and relationship (r) according to s. Experiments show that our model is significantly better than the baseline methods.
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基于多目标依赖关系的重叠关系提取研究
实体和关系的联合抽取是信息抽取中的一个重要任务。以前,大多数实体关系抽取模型都假定实体关系是离散的。不幸的是,这个假设经常被违背。为了解决实体关系中的重叠问题,在考虑关系抽取具有多目标特征的前提下,本文提出了一种多目标依赖关系抽取模型,将关系抽取任务转化为序列标记任务。该模型使用迭代扩展卷积神经网络(IDCNN)和BiLSTM对单词进行编码,以便更充分地提取文本中的语义。首先确定目标实体主体(s),然后根据s预测所有对应的对象(o)和关系(r)。实验表明,我们的模型明显优于基线方法。
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