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Controller Design of Nonlinear System for Fully Trackable and Partially Trackable Paths by Combining ZD and GD

机译:通过组合ZD和GD完全跟踪和部分可跟踪路径的非线性系统控制器设计

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Zhang dynamics (ZD), which is based on an indefinite error-monitoring function called Zhangian, is a powerful type of dynamics for online time-varying problems solving. Besides, gradient dynamics (GD), which was originally designed to solve constant problems, can be generalized for online time-varying problems solving. In this paper, the tracking-control problem of a general nonlinear system with fully trackable and partially trackable paths is presented and investigated. Then, by combining ZD and the generalized GD, an innovative method called ZD-GD method is proposed to solve this tracking-control problem. Simulation results on the nonlinear system further substantiate the feasibility and superiority of the combined ZD-GD method for both fully trackable and partially trackable paths.
机译:张动力学(ZD)基于一个名为Zhangian的无限误差监测功能,是一种强大的动态,用于解决在线时变的问题。此外,最初设计用于解决恒定问题的梯度动力学(GD)可以广泛地用于解决在线时变的问题。本文介绍和研究了具有完全可跟踪和部分可跟踪路径的一般非线性系统的跟踪控制问题。然后,通过组合ZD和广义GD,提出了一种称为ZD-GD方法的创新方法来解决该跟踪控制问题。非线性系统的仿真结果进一步证实了用于完全可啮合和部分可跟踪路径的组合ZD-GD方法的可行性和优越性。

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