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A NEW MODEL FOLLOWING CONTROL SYSTEM BASED ON SAC ALGORITHM WITH PARALLEL FEEDFORWARD COMPENSATOR

机译:一种基于SAC算法的基于SAC算法的新模型,并联馈电补偿器

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In this paper, a new model following control system based on Simple Adaptive Control (SAC) algorithm with no output tracking error for known parameters of the plants is proposed. Using the proposed Parallel Feedforward Compensator (PFC) and the state-space feedback technique to the controlled plant, we can design a new model following control system with the superior performance. While the design method of a conventional PFC is not under-specified, the design method of the proposed PFC is quite simple and the parameter in the PFC can be easily and logically chosen. Moreover, simulation results show the advantage of the proposed method in the load disturbance response compared with the conventional SAC algorithm.
机译:本文提出了一种基于简单自适应控制(SAC)算法的新型控制系统,没有用于植物的已知参数的输出跟踪误差。使用所提出的并行前馈补偿器(PFC)和状态空间反馈技术到受控设备,我们可以设计一个具有卓越性能的控制系统之后的新模型。虽然未被指定的传统PFC的设计方法,但所提出的PFC的设计方法非常简单,并且PFC中的参数可以容易地且逻辑地选择。此外,仿真结果表明,与传统SAC算法相比,载荷扰动响应中提出的方法的优点。

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