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DECOMPOSITION OF NONLINEAR DYNAMICS USING MULTIPLE MODEL APPROACH AND GAP METRIC ANALYSIS

机译:基于多模型方法和间隙度量分析的非线性动力学分解

摘要

Multiple models for various stages of a non-linear process control are developed by clustering perturbation data obtained from the nonlinear process so as to permit multiple local data regions to be identified as a function of substantial similarity between the data, wherein the data of first data set represent the non-linear process. A discrete model corresponding to each of the local data regions is generated. The number of the discrete models may be reduced as a function of prediction error between actual outputs of the process and predicted outputs of the models and as a function of a gap metric based on closed loop similarity and frequency response similarity between the models.
机译:通过聚类从非线性过程获得的扰动数据来开发用于非线性过程控制的各个阶段的多个模型,以便允许根据数据之间的基本相似性来识别多个局部数据区域,其中第一数据的数据集合代表非线性过程。生成与每个本地数据区域相对应的离散模型。基于过程的实际输出与模型的预测输出之间的预测误差的函数以及基于模型之间的闭环相似性和频率响应相似性的间隙度量的函数,可以减少离散模型的数量。

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