A knowledge graph method for hazardous chemical management: Ontology design and entity identification

危险废物 计算机科学 本体论 模式(遗传算法) 任务(项目管理) 情报检索 图形 风险分析(工程) 知识管理 数据挖掘 数据科学 业务 工程类 系统工程 理论计算机科学 认识论 哲学 废物管理
作者
Xue Lin Zheng,Bing Wang,Yunmeng Zhao,Shuai Mao,Yang Tang
出处
期刊:Neurocomputing [Elsevier BV]
卷期号:430: 104-111 被引量:38
标识
DOI:10.1016/j.neucom.2020.10.095
摘要

Hazardous chemicals are widely used in the production activities of the chemical industry. The risk management of hazardous chemicals is critical to the safety of life and property. Hence, the effective risk management of hazardous chemicals has always been important to the chemical industry. Since a large quantity of knowledge and information of hazardous chemicals is stored in isolated databases, it is challenging to manage hazardous chemicals in an information-rich manner. Herein, we prompt a knowledge graph to overcome the information gap between decentralized databases, which would improve the hazardous chemical management. In the implementation of the knowledge graph, we design an ontology schema of hazardous chemicals management. To facilitate enterprises to master the knowledge in the full lifecycle of hazardous chemicals, including production, transportation, storage, etc., we jointly use data from companies and open data from the public domain of hazardous chemicals to construct the knowledge graph. The named entity recognition task is one of the key tasks in the implementation of the knowledge graph, which is of great significance for extracting entity information from unstructured data, namely the hazardous chemical accidents records. To extract useful information from multi-source data, we adopt the pre-trained BERT-CRF model to conduct named entity recognition for incidents records. The model achieves good results, exhibiting the effectiveness in the task of named entity recognition in the chemical industry.
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