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Non-linear Robust Identification: Application to a Thermal Process

机译:非线性鲁棒识别:应用于热处理

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In this article, a methodology to obtain the Feasible Parameter Set (FPS) and a nominal model in a non-linear robust identification problem is presented. Several norms are taken into account simultaneously to define the FPS which improves the model quality but, as counterpart, it increases the optimization problem complexity. To determine the FPS a multimodal optimization problem with an infinite number of minima, which constitute the FPS, is presented and a special evolutionary algorithm (ε?GA) is used to characterize it. Finally, an application to a thermal process identification, where ||·||?∞? and ||·||1 norms have been considered simultaneously, is presented to illustrate the technique. Partially supported by MEC (Spanish government) and FEDER funds: projects DPI2005-07835, DPI2004-8383-C03-02 and GVA-026.
机译:在本文中,提出了一种在非线性鲁棒识别问题中获得可行参数集(FPS)和标称模型的方法。同时考虑了几种规范,以定义改善模型质量的FPS,但作为对应的,它会增加优化问题复杂性。为了确定具有构成FPS的无限数量的多峰优化问题,并呈现特殊的进化算法(ε≤Ga)来表征。最后,应用于热处理识别,其中||·||?∞?并|| |||同时考虑了1规范,提出了说明该技术。部分支持MEC(西班牙政府)和联合会资金:项目DPI2005-07835,DPI2004-8383-C03-02和GVA-026。

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