Automatic Construction of a Domain-specific Knowledge Graph for Chinese Patent Based on Information Extraction

Mingye Wang, Xiaohui Hu, Pan Xie, Yao Du
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引用次数: 0

Abstract

Knowledge graph has been proved as an effective tool in diverse domains including patent service. However, despite partial structure of data, most patent information lies in unstructured data like abstract text, from which it is relatively difficult to build a knowledge graph, since traditional methods rely on predefined human-annotated resources of entities and their relationships. Furthermore, the difficulty in Chinese language processing worsens the problem. This paper proposed an unsupervised method to automatically construct a Chinese patent knowledge graph without pre-built dataset. This research first builds a basic graph frame using structured patent data. Then the proposed method mainly utilizes keyphrase extraction algorithm to find patent properties and semantic role labeling method to dig deeper relations. The experimental result proves the effectiveness of the proposed method.
基于信息抽取的中文专利领域知识图谱自动构建
知识图谱已被证明是包括专利服务在内的多个领域的有效工具。然而,尽管数据具有部分结构,但大多数专利信息存在于抽象文本等非结构化数据中,由于传统方法依赖于预定义的人工标注实体资源及其关系,因此构建知识图谱相对困难。此外,汉语语言处理的困难加剧了这一问题。提出了一种无需预建数据集自动构建中文专利知识图谱的无监督方法。本研究首先利用结构化专利数据构建了一个基本的图框。该方法主要利用关键词提取算法查找专利属性,利用语义角色标注方法挖掘更深层次的关系。实验结果证明了该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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