两阶段语义关系提取

Jibin Fu, Xiaozhong Fan, Jintao Mao, Xiaoming Liu
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引用次数: 4

摘要

本体作为一种改进,应用于PC故障诊断领域的现实网络智能问答系统,需要提取语义关系,实现本体的半自动构建。本文主要关注“产品-麻烦”关系和“产品-属性”关系。提出了一种两阶段语义关系提取方法。在第一阶段,执行关系识别,生成高精度的关系实例作为下一阶段的种子;第二阶段是实际的关系提取过程,基于关联规则提取描述故障信息和属性信息的相关术语,然后对这些术语进行聚类,找到目标语义关系。该方法综合了基于模式和基于聚类方法的优点。实验结果表明,该方法在查准率和查全率方面都优于基于个体模式和聚类的方法。
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Two Stage Semantic Relation Extraction
Ontology is applied to a real-world web intelligent question answering system in PC troubleshooting domain as an improvement, so semantic relations need to be extracted to construct ontology semi-automatically. The paper mainly pays attention to "product-trouble" relation and "product-attribute" relation. A two stage semantic relation extraction method is proposed. In stage one, relation identification is executed to produce high-precision relations instance as the seed for next stage; stage two is the actual relation extraction process, the related terms which describe troubleshooting information and attribute information are extracted based on association rules, then the terms is clustered to find target semantic relation. The relation extraction integrated the advantage of pattern-based and clustering-based methods. The experimental results show it is superior to individual pattern-based and clustering-based methods in precision and recall.
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