IdPiezo:一个用于压电作动器参数识别和控制的交互式工具

Maxime Thériault, R. Irakoze, Amor Ounissi, A. Kaddouri, Y. Bouslimani, M. Ghribi
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引用次数: 1

摘要

本文介绍了一种新的用于压电驱动器识别和控制的交互式工具(IdPiezo)。采用元启发式算法识别迟滞模型参数。该工具提出了三种元启发式算法:实数编码遗传算法、粒子群算法和实数域的蚁群算法。三个著名的迟滞模型:Coleman-Hodgdon, LuGre和Prandtl-Ishlinskii。该工具的控制部分使用户可以选择一种可用的控制策略,输入其参数并模拟闭环系统。IdPiezo是用MATLAB软件开发的,但可执行版本是无MATLAB的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IdPiezo: An Interactive Tool for Piezoelectric Actuator Parameters Identification and control
This paper introduces a new interactive tool (IdPiezo) dedicated to the identification and control of piezoelectric actuators. The hysteresis model parameters are identified using metaheuristic algorithms. This tool proposes three metaheuristic algorithms: real-coded genetic algorithms, particle swarm optimization and ant-colony optimization in real domain. Three well-known hysteresis models and considered: Coleman-Hodgdon, LuGre and Prandtl-Ishlinskii. The control part of the tool gives users the option of choosing one of the control strategies available, enter its parameters and simulate the closed-loop system. IdPiezo was developed using MATLAB software but the executable version is MATLAB-free.
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