The fault monitoring and diagnosi based on KPLS

Ying-wei Zhang, Hongqiang Li
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Abstract

In this paper, a novel fault monitoring and diagnosis approach based on kernel partial least squares(KPLS) is introduced. Unlike other nonlinear least squares (PLS) techniques, KPLS does not consider any nonlinear systems optimization procedures and has the characteristics similar to that of linear PLS. In this paper, KPLS provides good monitoring performance by finding those latent variables that present a nonlinear correlation with the response variables and at the same time improve model understanding. Simulation results show the proposed method can effectively capture the nonlinear relationship among variables and improve diagnosis performance.
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基于KPLS的故障监测与诊断
提出了一种基于核偏最小二乘法的故障监测与诊断方法。与其他非线性最小二乘(PLS)技术不同,KPLS不考虑任何非线性系统优化过程,具有与线性PLS相似的特征。在本文中,KPLS通过发现与响应变量呈现非线性相关的潜在变量提供了良好的监测性能,同时提高了模型理解。仿真结果表明,该方法能有效捕捉变量间的非线性关系,提高诊断性能。
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