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fuzzyPID
- 自己按论文搭的模糊PID控制器，里面有自己的小结和一些遇到的问题，最终的解决办法。希望对大家有用！-Establied the model of fuzzy PID controller according to the paper,also has the experience of mine,the suffered problems was proposed, the ultimate solution. Hope of the useful!
pid6_2
- 单神经元PID解耦控制器的MATLAB程序，欢迎下载。-Single Neuron PID Decoupling Controller of MATLAB program are welcome to download.
PID
- pid控制器设计源程序，通过matlab，有较佳的控制效果-pid controller design source code, through matlab, a better control effect
PIDControl
- 是有关基于MATLAB控制器设计的，尤其对于PID控制器的设计者有帮助。并附有MATLAB程序仿真。-Is related to controller design based on MATLAB, especially for the PID controller, the designer help. Accompanied by MATLAB simulation program.
mohukongzhi
- 设计一模糊控制器，使系统输出尽快跟随系统输入；2）模糊控制与PID控制的性能进行比较；3）系统有无延迟性能进行比较 模糊PID控制 被控系统建模-Design a fuzzy controller, the system output as soon as possible to follow the system input 2) fuzzy control and PID control performance comparison 3) whether the delay
A-summary-of-PI-and-PID-controller-tuning-rules-f
- A summary of PI and PID controller tuning rules for processes with time delay. Part 2: PID controller tuning rules
chap6_1
- PID控制。PID控制器耦合装置-PID control. PID controller coupled device
chap6_5
- 调整PID控制器耦合DRNN植物-Adjust the PID controller is coupled the DRNN plants. . . . . . . . .
ziegler
- 使用ziegler函数可以直接设计出系统的PID类控制器-Use the ziegler function can be directly designed PID class controller
exPID
- 专家PID控制源程序，能使用，pid控制器的一种常用方法-Expert PID control source, can be used, pid controller is a common method
FC
- 模糊PID控制，包含控制器设计和仿真框图，可以仿真-Fuzzy PID control, includes a controller design and simulation model, simulation
PID_code
- 各种PID控制器(模糊自适应整定PID,积分分离式PID),求导的两个方法-(Fuzzy adaptive tuning PID, Integral separate PID), two methods of various derivative PID controller
GAPID
- 遗传算法在pid控制器设计过程中的应用，用matlab代码写的-GA in PID controller
net
- 单神经元pid控制器设计，可以直接调试参数，仿真通过没有问题-Single neuron pid controller design, can be directly debugging parameters, the simulation through no problem
PIDGA
- pid controller with genetic aglgorithm
PID
- 用于永磁同步电机驱动控制，PID调节进行位置闭环，速度闭环(PID controller for speed closed-loop)
PID
- 专家控制 求二阶传递函数的阶跃响应 G(s)=133/(s^2+25s),取采样时间为1ms进行离散化。设计专家PID控制器，并进行Matlab仿真。(Expert control Find the step response of the second-order transfer function G(s)=133/(s^2+25s), and take the sampling time as 1ms for discretization. Design expert PID contro