Nonlinear mixed-effects models for repairable systems reliability

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1

초록

Mixed-effects models, also called random-effects models, are a regression type of analysis which enables the analyst to not only describe the trend over time within each subject, but also to describe the variation among different subjects. Nonlinear mixed-effects models provide a powerful and flexible tool for handling the unbalanced count data. In this paper, nonlinear mixed-effects models are used to analyze the failure data from a repairable system with multiple copies. By using this type of models, statistical inferences about the population and all copies can be made when accounting for copy-to-copy variance. Results of fitting nonlinear mixed-effects models to nine failure-data sets show that the nonlinear mixed-effects models provide a useful tool for analyzing the failure data from multi-copy repairable systems.

키워드

Maximum likelihood estimationNonlinear mixed-effects modelsPower law processReliability analysisRepairable systemsFailure analysisMaximum likelihood estimationRegression analysisStochastic modelsNonlinear mixed-effects modelsPower law processRepairable systemsReliability analysis
제목
Nonlinear mixed-effects models for repairable systems reliability
저자
Tan, Fu RonJiang, Zhi BinKuo, WayBae, Suk Joo
발행일
2007-04
유형
Article
저널명
Journal of Shanghai Jiaotong University (Science)
12 E
2
페이지
283 ~ 288