我们将寻求最优控制和奇摄动非线性状态调节器问题的相应轨道。
We shall seek the optimal control and corresponding trajectories of the singularly perturbed nonlinear state regulator problem.
对于未知的非线性系统，利用误差滤波方法，提出了一种自适应模糊调节器的设计方法。
For unknown nonlinear systems, by using error filtering method, a design method of adaptive fuzzy regulator is proposed.
由于卷绕系统是一个复杂的、非线性系统，收卷机的卷径时刻在变化，转动惯量也难以计算。张力调节器如采用传统的控制理论进行设计，不一定能获得很好的控制效果。
Because the rolling system is complicated, nonlinear, and its load is variable, if the tension controller is designed basing on the tradition control theory, we would not achieve good control effect.
通过在烤漆生产线上的电阻炉的实验应用，显示史密斯预估位式调节器能有效抑制纯滞后造成的非线性位式控制系统的持续振荡，有效提高位式温度控制系统的控制精度。
Using the application on baking paint stove, it appears that smith prediction on-off controller can reduce the oscillation value of on-off control system and improve the accuracy effectively.
运用非线性模糊滑模变结构控制理论，提出了对并联型电能质量调节器来进行模糊滑模变结构控制的设计方法。
By applying nonlinear fuzzy Variable Structure control (FVSC) theory, a design method of Unified Power Quality Conditioner (UPQC) associated FVSC control is proposed.
介绍了一种变结构智能调节器的设计方法，它适用于加热炉这类大惯性、非线性、受外界因素干扰的对象。
In this paper, the design method and process of intelligent controller is narrated from the view of hardware and software.
理论分析和实现结果表明：与最小拍调节器和ST调节器相比，采用这种非线性控制器可使系统动态响应加快、抗扰性增强。
Theoretical analysis and experimental results show that, compared with the minimal step regulator and st 1 regulator, the system proposed is of quicker dynamic response and better noise immunity.
理论分析和实现结果表明：与最小拍调节器和ST调节器相比，采用这种非线性控制器可使系统动态响应加快、抗扰性增强。
Theoretical analysis and experimental results show that, compared with the minimal step regulator and st 1 regulator, the system proposed is of quicker dynamic response and better noise immunity.
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