首页> 外文会议>2009年中国控制与决策会议(2009 Chinese Control and Decision Conference)论文集 >Time-delay Process Multivariable Model Predictive Function Control for Basis Weight & Moisture Content Control System
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Time-delay Process Multivariable Model Predictive Function Control for Basis Weight & Moisture Content Control System

机译:基重水分控制系统的时滞过程多变量模型预测函数控制

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In paper-making process Basis weight and moisture content are the two most important control variables which directly determine the performance indexes of finished paper sheet. In Accordance with the two variables' properties of strong coupling, nonlinearity, uncertainty and especially large time delay, a novel method to the model of first order with time delay which is based on Multivariable predictive functional control algorithm is proposed to apply to the basis weight and moisture content control system. The predictive control algorithm depends little upon predictive model and provides feedback modification and local roll optimization which can obtain good control indexes. And the simulation results of the basis weight and moisture content control system demonstrate the responsibility, stability and accuracy of this algorithm as well as robustness in the case of changes of control parameter or operating conditions. And practices prove that the control system can satisfy the requirements of paper-making process.
机译:在造纸过程中,基重和水分含量是直接决定成品纸性能指标的两个最重要的控制变量。针对两个变量的强耦合,非线性,不确定性和特别大的时延特性,提出了一种基于多变量预测功能控制算法的时滞一阶模型新方法。和水分含量控制系统。预测控制算法几乎不依赖于预测模型,并提供反馈修改和局部侧倾优化,从而可以获得良好的控制指标。定量和水分控制系统的仿真结果证明了该算法的有效性,稳定性和准确性,以及在控制参数或操作条件发生变化时的鲁棒性。实践证明,该控制系统能够满足造纸工艺的要求。

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