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Design of an Embedded Control System Based on the Quasi-Time Optimal Control Law When Limiting the Control Signal for The Ball and Beam System

机译:基于准时的最优控制定律的嵌入式控制系统设计限制球和光束系统的控制信号

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In the paper, it is presented about the design of the quasi-time optimal control law for Ball and Beam system when the control signal is limited. Impact signal limits are characteristic of real physical systems, so when designing embedded control systems this is an important factor to consider. In this design method, the transformation from the equations of object system to equations with limited control signals is made using extra variables. Proceed to synthesize the new control laws on the new system by the quasi-time optimal control. By the proposed synthesizing method, the control law ensures that the embedded control system works stably and the system works quickly in terms of time. Simulation and experimental results show the effectiveness of the proposed design.
机译:本文介绍了当控制信号有限时球和光束系统的准时最优控制法的设计。 冲击信号限制是真实物理系统的特征,因此在设计嵌入式控制系统时,这是需要考虑的重要因素。 在该设计方法中,使用额外变量对来自对象系统的方程与具有有限控制信号的等式的变换。 通过准时的最优控制继续在新系统上综合新的控制法。 通过提出的合成方法,控制法确保嵌入式控制系统稳定地工作,系统在时间方面快速地工作。 仿真和实验结果表明了建议设计的有效性。

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