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GD-aided IOL (input-output linearisation) controller for handling affine-form nonlinear system with loose condition on relative degree

机译:GD辅助的IOL(输入输出线性化)控制器,用于处理相对度松散条件的仿射形式的非线性系统

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摘要

Input-output linearisation (IOL) may encounter a singularity problem when applied to the tracking control of affine-form nonlinear system (AFNS), which may not have a well-defined relative degree. The singularity problem has occurred in the area of control for decades. In this paper, we incorporate the gradient dynamics (GD) into IOL, which leads to the GD-aided IOL method to solve the singularity problem, with the proposition of the loose condition on relative degree. Moreover, detailed theoretical analyses on tracking-error bound and convergence performance of the corresponding GD-aided IOL controller are presented. Simulations and comparisons substantiate that the proposed GD-aided IOL method is capable of completing the tracking-control task and conquering the singularity encountered in the AFNS.
机译:当将输入输出线性化(IOL)应用于仿射形式的非线性系统(AFNS)的跟踪控制时,可能会遇到奇点问题,该仿射形式的非线性系统可能没有明确定义的相对度。奇点问题在控制领域已经发生了数十年。在本文中,我们将梯度动力学(GD)合并到IOL中,从而提出了GD辅助IOL方法来解决奇异性问题,并提出了相对度的松散条件的命题。此外,对相应的GD辅助IOL控制器的跟踪误差范围和收敛性能进行了详细的理论分析。仿真和比较证实了提出的GD辅助IOL方法能够完成跟踪控制任务并克服AFNS中遇到的奇异之处。

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