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Machine learning approaches in reliability and maintenance: classifications of recent literature

机译:可靠性和维护中的机器学习方法:最新文献分类

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Reliability and maintenance (R&M) engineering is conventionally notorious for a lack of sufficient failure data to develop robust statistical models. The increasing miniaturization of data collection devices such as wireless sensors has provided a promising infrastructure for gathering information about parameters of the physical systems, which enable practitioners and researchers to apply machine learning (ML) algorithms to improve the efficiency of R&M analysis. The number of published papers on ML in R&M is enormous, this paper will therefore categorizes those papers that were published between 2017 to 16/May/2020, that are written in English, that have received a top 5% number of citations in the year published, and that use support vector methods, random forests, and cluster analysis.
机译:传统上,可靠性和维护(R&M)工程因缺乏足够的故障数据而无法开发可靠的统计模型而臭名昭著。数据收集设备(如无线传感器)的日益小型化为收集有关物理系统参数的信息提供了一个有希望的基础架构,使从业人员和研究人员能够应用机器学习(ML)算法来提高R&M分析的效率。关于R&M中的ML的已发表论文数量巨大,因此本论文将对2017年至2020年5月16日之间以英文撰写的,被引用次数居前5%的论文进行分类。出版,并使用支持向量法,随机森林和聚类分析。

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