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The Intelligent-Learning Control for Overflow Concentration of Grinding-Classification Operation System

机译:磨矿分级作业系统溢流浓度的智能学习控制

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摘要

Algorithm of intelligent-learning controller and a prediction method are used to control the overflow concentration of grinding-classification system. Uncertainty factor and non-linear, time-delay, however, prevail; they introduce difficulties to mathematical modeling. By applying the knowledge system with mineral property to optimize the controller setting value. Practical production operation proved that the ore feeding of ball mill improved 6.0%, reclaiming rate added 2.0% and the average stable state error of overflow density is less than 3.0% in addition to the whole control system has good robustness and stability.
机译:采用智能学习控制器算法和预测方法来控制磨矿分级系统的溢流浓度。然而,不确定性因素和非线性,时延占主导。他们给数学建模带来了困难。通过应用具有矿物属性的知识系统来优化控制器设置值。实际生产运行证明,球磨机进矿提高了6.0%,回收率提高了2.0%,溢流密度的平均稳态误差小于3.0%,整个控制系统具有良好的鲁棒性和稳定性。

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