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IAM: An Intuitive ANFIS-based method for stiction detection

机译:IAM:一种直观的基于静态检测方法的方法

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Stiction in control valves is an industry-wide problem which results in degradation of control performance. A new approach to detect the presence of stiction by utilising only the PV-OP data from control loops is proposed using an Adaptive Neuro-fuzzy Inferencing System (ANFIS). Intuitively, the error between the output of an FIS model developed with stiction and a process with stiction would be minimal. When benchmarked against seventeen well-known industrial control loop case studies, the Intuitive ANFIS-based Method (IAM) accurately predicts the presence or absence of stiction in 65% of loops tested.
机译:控制阀中的悬崖是一个行业范围的问题,导致控制性能的降解。使用自适应神经模糊的推理系统(ANFIS)提出了通过利用来自控制回路的PV-OP数据来检测静态存在的新方法。直观地,用缝合和缝合过程开发的FIS模型的输出之间的误差是最小的。当针对十七个着名的工业控制回路案例研究进行基准测试时,基于直观的基于ANFIS的方法(IAM)准确地预测到测试的65%的循环中的悬垂性或不存在。

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