An Intelligent Experience Retention System: Challenges and Limitations for Operation and Maintenance in Nuclear Power Plants

IF 1.9 Q3 COMPUTER SCIENCE, CYBERNETICS IEEE Systems Man and Cybernetics Magazine Pub Date : 2021-10-01 DOI:10.1109/MSMC.2021.3098981
H. Gabbar, Sk Sami Al Jabar, Hassan A. Hassan, Jing Ren
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引用次数: 1

Abstract

This article presents an intelligent experience retention system (IERS), which is designed to overcome challenges and limitations of capturing human experience related to operating procedures for plant operation and maintenance in nuclear power plants. It is time-consuming to find specific information from thousands of input documents. Less experienced employees cannot operate complex tasks due to having less knowledge and training about the documents and their operation. Research gaps in current knowledge structuring and retrieval methods are discussed and used to identify essential features to achieve effective methods to manage instructive text (iText) related to learning and answering queries connected to operating procedures. Knowledge structure is proposed to represent inputs from documents, data, text, and voice related to operation and maintenance instructions in nuclear power plants. Human experience is captured and integrated within the structured knowledge in an integrated scheme, called the human experience semantic network (HESN), which includes deterministic, qualitative, and probabilistic parameters and attributes that are captured and dynamically tuned throughout the execution of the system.
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智能经验保留系统:核电站运行维护的挑战与局限
本文介绍了一种智能经验保留系统(IERS),该系统旨在克服在核电站运行和维护操作程序中捕获人类经验的挑战和局限性。从数千个输入文档中查找特定信息非常耗时。经验不足的员工由于缺乏对文件及其操作的知识和培训,无法操作复杂的任务。讨论了当前知识结构和检索方法的研究空白,并利用这些空白来确定基本特征,以实现有效的方法来管理与学习和回答与操作程序相关的查询相关的指导性文本(iText)。提出了一种知识结构来表示与核电站运行和维护指令相关的文件、数据、文本和语音输入。人类经验被捕获并集成到结构化知识的集成方案中,称为人类经验语义网络(HESN),其中包括确定性、定性和概率参数和属性,这些参数和属性在整个系统的执行过程中被捕获和动态调整。
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IEEE Systems Man and Cybernetics Magazine
IEEE Systems Man and Cybernetics Magazine COMPUTER SCIENCE, CYBERNETICS-
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6.20%
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60
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