Use a domain ontology to develop knowledge intensive CBR systems for fault diagnosis

N. Dendani, M. Khadir, S. Guessoum, B. Mokhtar
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引用次数: 12

Abstract

Our work aims at realizing a system which consists in gathering the knowledge and the know-how in the field of fault diagnosis for steam turbines, by the construction of domain ontology. In order to better exploit the ontology and reason using its classes, sub-classes and instances a Case Based Reasoning (CBR) paradigm is chosen, as it offers an ideal solution for diagnostic of real application systems. In the CBR the design of build integrated systems that combine case specific knowledge with models of general domain knowledge is offered by COLIBRI, it is an environment to assist during the design of knowledge intensive CBR (KI-CBR) systems. The paper, therefore, presents a current work which has for objective to develop a CBR application for fault diagnosis based on ontology, by using the API JColibri.
利用领域本体开发知识密集型CBR故障诊断系统
我们的工作旨在通过构建领域本体,实现一个集汽轮机故障诊断领域的知识和诀窍于一体的系统。为了更好地利用本体及其类、子类和实例,选择了基于案例的推理(Case Based Reasoning, CBR)范式,因为它为实际应用系统的诊断提供了理想的解决方案。在CBR中,COLIBRI提供了将案例特定知识与一般领域知识模型相结合的构建集成系统的设计,它是知识密集型CBR (KI-CBR)系统设计的辅助环境。因此,本文提出了一项当前的工作,其目的是利用API JColibri开发基于本体的故障诊断CBR应用程序。
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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