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RoBERTa Word Embedding Based Power Grid Dispatching Entity Recognition

机译:基于RoBERTa词嵌入的电网调度实体识别

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The recognition of entities is the basis of knowledge graph construction. Deep neural network models is currently the most effective and efficient way of entity recognition. Among them, a pop method is to apply the long short-term memory networks to model the reliance on sequences and use Conditional Random Field to model the dependencies of sequence outputs. However, due to the dense distribution of entities in current power grid corpus, problems such as low recognition accuracy and incorrect division of solid boundaries gradually arose in previous models. To address the issues, this paper propose an approach where the power grid corpus data is preprocessed based on the idea of RoBERTa and then train the word embedding model. The experimental results show that the results of word embedding model have practical potential
机译:实体的识别是知识图构建的基础。深度神经网络模型是当前最有效的实体识别方法。其中,一种流行方法是应用长期短期记忆网络对序列的依赖进行建模,并使用条件随机场对序列输出的依存关系进行建模。然而,由于当前电网语料库中实体的密集分布,在先前的模型中逐渐出现诸如识别精度低和实体边界的不正确划分之类的问题。为了解决这些问题,本文提出了一种基于RoBERTa的思想对电网语料库数据进行预处理,然后训练词嵌入模型的方法。实验结果表明,词嵌入模型的结果具有实际应用的潜力。

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