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Dynamic Matrix Control For Integrating System Based on One Point Prediction

机译:基于一个点预测的系统集成系统动态矩阵控制

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In this paper, a novel improved DMC algorithm based on one point prediction is presented for solving big difficulty that dynamic matrix control algorithm (DMC) can not be directly applied in the process with an integral plant. In this algorithm, step response model is transformed into parametric model and the only one stable constrained point needs to be optimized. Theoretical analysis and simulation show that the final control errors can be eliminated when changes of set point and integral disturbance occurs. Compared with other DMC algorithms, the present algorithm has faster speed of calculation and better control performance.
机译:本文介绍了一种基于一个点预测的新型改进的DMC算法,用于解决动态矩阵控制算法(DMC)不能直接应用于整体工厂的巨大困难。在该算法中,步骤响应模型被转换为参数模型,并且需要优化唯一一个稳定的约束点。理论分析和仿真表明,当发生设定点和积分干扰的变化时,可以消除最终控制误差。与其他DMC算法相比,本算法具有更快的计算速度和更好的控制性能。

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