搜索资源列表
GA_CMAC_BP_BLDCM
- 基于遗传算法的小脑模型控制器对永磁无刷直流电机的数学模型进行仿真。内附全套程序及仿真模型。-Cerebellar model based on genetic algorithm for permanent magnet brushless DC motor controller, a mathematical model to be simulated. Containing a complete set of procedures and simulation models.
GeneticWavelet
- 提出了一种基于遗传算法和小波神经网络的 PI 参数整定方法。首先 ,利用具有自然进化的遗传算法对小波神经网络的初始权值进行优化训练 ,解决了控制器网络初始权系数对控制效果产生的影响 其次 ,利用小波神经网络对PID参数进行在线调节 最后将此算法运用到电机控制系统的 P I D参数寻优中。-A new-type controller based on genetic algorithm andwavelet neural net work was presented.The genetic alg
dc-motor
- 提出一种改进的pso算法，整定pid控制器，来控制直流电机-An improved pso algorithm tuning pid controller to control the DC motor
daul-line-pid-pso-dc-motor
- 用pso算法整定双线pid控制器，来控制直流电机-Pso algorithm using two-pid controller tuning to control DC motor
dc
- 利用免疫克隆算法整定pid参数，来控制直流电机-Immune clonal algorithm using pid tuning parameters to control the DC motor
ID_MotionContron
- 采用VC++编写的运动控制辨识与控制算法，能够对伺服电机的控制仿真。-Using VC++ written motion control identification and control algorithm, capable of servo motor control simulation.
PWM-CONTROL
- ARM7开发的PWM输出反馈控制电机，采用了PID控制算法，此例中用了LED输出亮度代表电机转速-ARM7 Development PWM output feedback control motor PID control algorithm, in this case using the LED output brightness on behalf of the motor speed
cx
- 三种ＰＩＤ控制算法的电机速度仿真代码，很有用-Three PID control algorithm of the motor speed simulation code, very useful