This article provides the design of the fuzzy PID controller with the MATLAB fuzzy toolbox.
本文同时给出了借助于MATLAB模糊工具箱实现模糊pid控制器设计的方法。
A fuzzy PID controller for discharging system which could tune PID parameters online is designed.
本文针对排料系统设计了一种可在线自整定PID参数的模糊pid控制器。
An adaptive fuzzy PID controller based on variable universe is applied to the excitation system of synchronous generator.
将变论域自适应模糊pid控制器应用于同步发电机的励磁调节与控制中。
The success in debugging the fuzzy PID controller can provide favorable reference in interrelated research and experiment.
模糊pid控制器调试的成功，可作为拓展其他相关研究和实验的有利参考。
A fuzzy PID controller is designed by combining traditional PID control and fuzzy control, and a better effect is achieved.
并将模糊控制和PID控制相结合，设计了模糊pid控制器，获得了较好的使用效果。
The stable design rules of the fuzzy PID controller were obtained based on its relationship with the traditional PID controller.
最后利用模糊PID控制器与传统PID控制器的联系，进一步推算出符合稳定性要求的模糊PID控制器设计规则。
A kind of parameter self-adjustable fuzzy PID controller was put forward after comparing the fuzzy controller with the normal controller.
对常规控制器和模糊控制器进行了比较，提出了一种参数自调整模糊pid控制器。
A speed control system of single-crystal furnace lifting mechanism based on mixed self-adjusting fuzzy PID controller is introduced in this paper.
采用自调整因子混合式模糊pid控制方法，对单晶炉的提拉速度进行控制。
Actual application for control of water level in steam drum presents that the fuzzy PID controller can improve the performance of system obviously.
对锅炉汽包液位的控制表明这种模糊pid控制器可明显提高系统的性能。
This thesis discusses winding tension control based on Fuzzy Adjusting theory, gives the design of Fuzzy PID controller and the experimental results.
本文研究模糊自整定pid的交流驱动收卷张力控制，给出控制器的设计及实验结果。
Fuzzy control technology was applied to design a two-input and three-output self - (adapting) fuzzy PID controller to control the water level of boilers.
文章应用模糊控制技术，设计一种二输入三输出自适应模糊pid控制器，对锅炉水位进行控制。
A designing method of fuzzy PID controller is given, then an example of how to design and simulate the system by using the software MATLAB is introduced.
讨论了模糊pid控制器的设计方法，同时利用MATLAB软件中的模糊控制工具箱进行了系统的辅助设计与仿真实验。
The adjustment of parameters of the fuzzy PID controller is the key to the application of the fuzzy PID controller in Full-mechanized working Face of Coal mine.
模糊pid控制器在综放工作面中的应用的关键是模糊控制器的各个参数的整定。
Based on this, Fuzzy PID Controller applied to jigger discharging system is designed with simulation by MATLAB, analysis in detail to the control effect is processed.
在此基础上设计了适用于跳汰机排料系统的模糊pid控制器，利用MATLAB进行仿真，对控制效果进行了详细的分析。
We will use the fuzzy theory to the application of the PID controller design, and produced the fuzzy PID controller design method, in which the parameters might adjust.
我们将模糊控制理论应用于PID控制器的设计，给出了参数可调整的模糊pid控制器的设计方法。
Furthermore, this paper also explores the application of the intelligent control theory to the servo system. A fuzzy PID controller is designed for the position control.
本文还探讨了智能控制理论在位置伺服系统中的应用，设计了模糊pid位置控制器，并进行了仿真实验。
A fuzzy and PID control algorithm of Antilock Brake Control System is presented, and the fuzzy PID controller is designed according to the longitudinal 4-wheel brake model.
首先提出一种基于模糊控制器和PID算法的制动防抱死控制系统； 而后针对汽车纵向四轮模型，设计了模糊PID算法；
Simulation results show that the dynamic characteristic of electro-hydraulic servo controlling radial piston pump using this self-adapting fuzzy PID controller is very good.
仿真结果表明，基于自适应模糊pid控制器的电液伺服控制径向柱塞变量泵具有良好的动态性能。
Combining regular PID control methods, the main-auxiliary feedback self-organizing fuzzy PID controller was designed and the simulation verifies its advantage and stability.
结合常规PID控制方法，构建了主、副回路的自整定PID模糊控制器并对其有效性和稳定性进行了数字仿真。
The better effect could be achieved on the automatic control for the velocity regulation while the fuzzy PID controller is applied to the velocity-regulated liquid coupling.
这一模糊PID控制器对于调速型液力偶合器调速自动控制效果是比较好的。
Aiming at solving these questions, the design ideology and hardware realization of a new self-tuning fuzzy PID controller based on embedded system, are presented in the paper.
本文针对以上问题，旨在提出一种新型的基于嵌入式系统的参数自整定模糊pid控制器的设计思想及硬件实现。
A new kind of optimal fuzzy PID controller is proposed, which is composed of an on_line fuzzy inference mechanism and a conventional PID controller with incomplete derivation.
提出了一种新的最优模糊pid控制器，它由两部分组成，即在线模糊推理机构和带有不完全微分的常规pid控制器。
For the characters of the beer fermentation temperature control are the large delay and nonlinear and so on, a hybrid parameters self-tuning fuzzy PID controller is presented.
针对啤酒发酵温度过程控制具有大时滞、非线性等特点，设计了混合参数自调整模糊pid控制器。
Based on the feature of the nc system and its performance demands, this paper brings forward a self-adaptive fuzzy PID controller to realize PID parameters self-adaptive online.
针对数控机床进给系统特点及其性能要求提出了一种参数自整定模糊pid控制器，利用模糊推理的方法实现对PID参数的在线自动调整。
Simulation results show that the dynamic characteristic of electro-hydraulic proportion controlling radial piston pump using this self-adapting fuzzy PID controller is very good.
仿真结果表明，基于自适应模糊PID控制器的电液比例排量变量泵具有良好的动态性能。
An adaptive fuzzy PID controller with modifying rules is introduced and is compared with ordinary PID controller by simulation on step response and response of 15 operating modes.
提出一种带修正因子规则的模糊pid控制，分别用这种控制器和常规pid控制器对阶跃信号和车辆的15工况进行仿真分析。
The simulation result shows that compared with a single PID control the fuzzy PID controller improve the system's control effect, indicating the feasibility of this control method.
仿真结果表明，和采用单一的PID控制比较，模糊pid控制器改善了系统的控制效果，说明采用模糊pid控制方式的可行性。
Experiment was completed in the debugging platform of electrostatic precipitator power supply, verifying the good effect of the designed self-tuning fuzzy PID controller from the results.
在电除尘三相交流调压电路调试平台上完成了实验，实验结果可看出，设计的参数自整定模糊pid控制器性能良好。
Velocity loop servo system with fuzzy PID controller, correcting PID parameters instantaneously using fuzzy control, improved response speed, control accuracy and robustness of the system.
对伺服系统速度环采用模糊PID控制器，利用模糊控制实时修正PID参数，提高了系统的响应速度、控制精度以及鲁棒性；
Velocity loop servo system with fuzzy PID controller, correcting PID parameters instantaneously using fuzzy control, improved response speed, control accuracy and robustness of the system.
对伺服系统速度环采用模糊PID控制器，利用模糊控制实时修正PID参数，提高了系统的响应速度、控制精度以及鲁棒性；
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