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MIMO Tracking PI/PID Controller Design for Nonlinear Systems based on Singular Perturbation Technique

机译:基于奇异扰动技术的非线性系统MIMO跟踪PI / PID控制器设计

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Problem of the tracking PI/PID multivariable controller design based on time-scale separation technique (singular perturbation technique) for MIMO nonlinear systems is discussed. The presented design methodology guarantees almost perfect rejection of nonlinearities, unknown external disturbances, and interactions between loops due to increase of time-scale separation degree between the fast and slow modes that are artificially forced in the closed-loop system. Simulation results for trajectory tracking control of two-link robot manipulator are presented as an example of the proposed design methodology application.
机译:讨论了基于时尺度分离技术(奇异扰动技术)对MIMO非线性系统的跟踪PI / PID多变量控制器设计的问题。由于在闭环系统中的快速和慢速模式之间的时间尺度分离程度的增加,所呈现的设计方法,几乎​​完美地拒绝了非线性,未知的外部干扰,以及环之间的相互作用。向两个链路机器人操纵器的轨迹跟踪控制的仿真结果作为所提出的设计方法应用的示例。

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