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Co-simulation of the Inverted Pendulum System using Labview and Solidworks

机译:使用LabVIEW和SolidWorks的倒立摆系统的共模

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Nonlinear systems are difficult to control. One of the most used examples of nonlinear system is the inverted pendulum. Because of the complexity of nonlinear system design of the control strategy is difficult, this kind of systems are linearized and they are treated and controlled as linear system around working point. In this article is given mathematical modeling of Inverted Pendulum system and design of the state-space control of linearized model of inverted pendulum. The system including State-Space controller will be simulated in LabView and the results of the simulation will be visualized with Solidworks 3D model. The outputs of the simulation will be also presented in LabView, for analysis of the system parameters and dynamic behavior.
机译:非线性系统难以控制。非线性系统最使用的例子之一是倒立的摆锤。由于非线性系统设计的复杂性控制策略难以困难,这种系统是线性化的,并且它们被处理并控制在工作点周围的线性系统。在本文中,给出了倒立摆系统的数学建模和倒摆的线性化模型的状态空间控制的设计。在LabVIEW中模拟包括状态空间控制器的系统,并使用SolidWorks 3D模型可视化模拟结果。模拟输出也将在LabVIEW中介绍,用于分析系统参数和动态行为。

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