针对生物医学领域中肢体外循环系统，本文设计了一种带预测的参数自寻优模糊控制。
This paper designs a self-optimization fuzzy control with prediction parameters for an off -body circulatory system in the area of biomedical science.
针对仿真转台系统的时变性、模型的不确定性等特点，提出采用基于遗传算法的PID自适应控制器，实现控制器参数的在线自寻优。
A adaptive PID controller is presented for the time-variant and uncertainty of simulator system. The self-tuning of PID parameters online is realized using the controller.
以模糊控制、专家系统、自寻优理论和分级解耦理论为基础，针对各被控过程不同的具体要求，分别提出基于不同控制理论的控制策略。
A new control strategy and method based on fuzzy control, expert system, self optimization and individual decoupling theory for tube mill control has been used.
系统通过具有修正因子自寻优功能的自组织模糊控制器维持所选定的焊接电流不变。
With the self organizing fuzzy unit of self optimizing adjustment factor, the system can keep the current stable, which is set initially by the welding operator.
通过在线自寻优，使系统很快地趋向于最优工作点。
The system can quickly achieve the optimization point via self-optimization online.
设计了一套自寻优串级模糊控制系统。
It combines fuzzy control, conventional control and cascade control so as to increase the system reliability.
理论，提出一种风煤比模糊自寻优控制方案，并应用于中小型电站锅炉系统。
A fuzzy adaptive control scheme to RACA (Ratio of air and coal amount) is proposed on the basis of a boiler's dynamic heat balance and the intelligent control theory.
理论，提出一种风煤比模糊自寻优控制方案，并应用于中小型电站锅炉系统。
A fuzzy adaptive control scheme to RACA (Ratio of air and coal amount) is proposed on the basis of a boiler's dynamic heat balance and the intelligent control theory.
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