MultiObjective Evolutionary Approach to Grey-Box Identification of Buck Converter

DOI10.1109/TCSI.2020.2970759zbMATH Open1468.94945arXiv1909.04320OpenAlexW3008729582MaRDI QIDQ5008313

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Publication date: 26 August 2021

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Abstract: The present study proposes a simple grey-box identification approach to model a real DC-DC buck converter operating in continuous conduction mode. The problem associated with the information void in the observed dynamical data, which is often obtained over a relatively narrow input range, is alleviated by exploiting the known static behavior of buck converter as a priori knowledge. A simple method is developed based on the concept of term clusters to determine the static response of the candidate models. The error in the static behavior is then directly embedded into the multi-objective framework for structure selection. In essence, the proposed approach casts grey-box identification problem into a multi-objective framework to balance bias-variance dilemma of model building while explicitly integrating a priori knowledge into the structure selection process. The results of the investigation, considering the case of practical buck converter, demonstrate that it is possible to identify parsimonious models which can capture both the dynamic and static behavior of the system over a wide input range.

Full work available at URL: https://arxiv.org/abs/1909.04320

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