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MccControle
- control dc motor by fuzzy controler
motor
- 直流电机的调速过程如下：本文研究的调速系统选择为经典的晶闸管——电动机转速闭环直流调速系统。由直流电机的实际转速与给定转速进行比较得到的偏差及偏差率送给模糊控制器，由模糊控制器计算出电机控制量，通过调节触发装置的控制电压u来移动触发脉冲的相位，即可改变电压。送给电机，实现电机的转速控制。 -DC motor speed control process is as follows: In this paper, the speed control system of choice for th
Fuzzy_Controller
- fuzzy controller applied to dc motor, examples
my_models
- 基于Matlab的双闭环直流PWM调速系统的设计与仿真实验 采用模糊控制算法 -Fuzzy control algorithm based on Matlab of Double Loop DC PWM speed control system design and simulation
labviewPdaq
- DC Speed control by fuzzy logic based on Labview and Daq card
DC_Motor_Fuzzy
- control of DC motor using fuzzy control simulink file
PSCADaMatlab
- These codes are include: 1- DC motor modeling and control using fuzzy method in matlab 2-windfarm modeling using DFIG in PSCAD 3- H bridge multilevel modular inverter modeling in matlab
5MatlabaPSCADfile
- These codes are includes: 1- DC motor modeling using fuzzy controller 2- Wind farm modeling using DFIG in PSCAD 3- control Using LMI code 4- H bridge multilevel inverter modeling 5- induction motor control using SVPWM
APFfuzzy
- 这是一篇期刊，有源电力滤波器直流侧电压的模糊自适应控制，提高了系统的动态响应，消除了稳态误差。-This is a periodical, active power filter DC side voltage fuzzy adaptive control, improve the dynamic response of the system, eliminating the steady-state error.
无刷直流电机
- 内部含有无刷直流电机位置传感器控制PDF资料和DSP程序以及包含模糊无刷直流电机控制资料(The internal brushless DC motor position sensor controls the PDF data and the DSP program, and contains the fuzzy brushless DC motor control data)
BLDC_Matlab
- matlab无刷直流电机仿真，转速电流双闭环，可以整合模糊控制原理。(Simulation of Brushless DC motor is double closed loop of speed and current,which is based on MATLAB.It can also be integrated with fuzzy control principle.)
CH02- CMD Machine CC
- dc machine control using fuzzy logoc
DC_Motor_Fuzzy
- speed control of dc motor by fuzzy logic controller that impelimetation of simulink/matlab
DCmotorFUZ
- Servomotor simulink and dc motor by fuzzy rules
电机模糊控制
- 通过模糊控制对无刷直流电机进行控制，能够仿真出来。(The control of the brushless DC motor can be simulated by fuzzy control.)