搜索资源列表
FPID
- 模糊PID用以控制电机的转速，实践证明控制效果比一般的pid效果要好-fuzzy pid is to control the morto ,the result of fuzzy pid is good
GTC1--speed125
- 基于模糊自适应的PID控制的磁导航小车源代码-Fuzzy adaptive PID control of the source code based on the magnetic navigation.
Fuzzycontrol
- 模糊自整定PID控制系统设计与仿真 飞机俯仰姿态保持模糊PID控制 -Fuzzy self-tuning PID control system design and simulation aircraft pitch attitude to maintain Fuzzy PID Control
PMSMmohuPIDkongzhi
- 交流永磁同步电机模糊PID控制和单纯PID控制比较，突出模糊控制的 优点，可供学习模糊PID和电机的人参考。-AC permanent magnet synchronous motor PID control and fuzzy PID control relatively simple, highlighting the advantages of fuzzy control for learning and motor fuzzy PID Reference.
kongzhi
- 实现了PID控制与自适应模糊PID控制的比较 亲测simulink仿真结果 -Adaptive fuzzy PID control
123456
- 该程序是关于锅炉控制的模糊PID控制的程序。参数具体还需要进一步完善。-The program is about the boiler control fuzzy PID control procedures. Specific parameters need to be further improved.
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
MultiWii_1_8_patch2
- 针对汽车驾驶机器人采用常规PID控制时车速波动大、调节器参数调整困难等问题，提出了一种基于模糊自适应PID的汽车驾驶机器人车速控制方法。首先建立了汽车驾驶机器人多机械手协调控制模型，然后在 此基础上设计了-IIl view of the problems of large speed fluctuations and the tuning difficulty of regulator parameters when conventional PID control is used in
fuzzyPID
- 模糊PID控制器matlab simulink仿真,自适应模糊PID控制的仿真文件和模糊规制编写-Fuzzy PID controller matlab simulink simulation, simulation of adaptive fuzzy PID control and fuzzy regulatory documents prepared
fuzzpid
- 串联模糊PID，搭建模糊PID框架，并与普通PID对比，演示模糊控制特点-Series fuzzy PID, fuzzy PID frame structures and contrast with the ordinary PID, fuzzy control features demo
mohuPID
- 模糊PID控制的matlab仿真模型，已通过试验，课成功运行，主要是用来控制机器人自动导航。-Matlab simulation model based on fuzzy PID control, has passed the test, lesson successful operation, is mainly used to control the robot autonomous navigation.
slcppid
- 倒立摆和PID控制一起使用时对于倒立摆的仿真，可以有效地改善对于倒立摆的模糊控制作用-For the inverted pendulum simulation, can effectively improve the role of fuzzy control for inverted pendulum pendulum and PID control when used in conjunction
Inverter2006-0107
- 伺服电机控制系统，02年开始积累，效果好，速度快，PI控制，经典控制，fuzzy PID，自适应控制，速度位置控制等等，欢迎大家参考。-Servo motor control system, in 2002 began to accumulate, effective, fast, PI control, classical control, fuzzy PID, adaptive control, speed position control, etc., we welcome the ref
ACI3_3SIM_281x
- 伺服电机控制系统，02年开始积累，效果好，速度快，PI控制，经典控制，fuzzy PID，自适应控制，速度位置控制等等，欢迎大家参考。-Servo motor control system, in 2002 began to accumulate, effective, fast, PI control, classical control, fuzzy PID, adaptive control, speed position control, etc., we welcome the ref
FOC
- 电机控制系统，02年开始积累，效果好，速度快，PI控制，经典控制，fuzzy PID，自适应控制，速度位置控制等等，欢迎大家参考。-Servo motor control system, in 2002 began to accumulate, effective, fast, PI control, classical control, fuzzy PID, adaptive control, speed position control, etc., we welcome the refer
powerdemo_6.5.1
- 伺服电机控制系统，02年开始积累，效果好，速度快，PI控制，经典控制，fuzzy PID，自适应控制，速度位置控制等等，欢迎大家参考。-Servo motor control system, in 2002 began to accumulate, effective, fast, PI control, classical control, fuzzy PID, adaptive control, speed position control, etc., we welcome the ref
Sim
- 电机控制系统，02年开始积累，效果好，速度快，PI控制，经典控制，fuzzy PID，自适应控制，速度位置控制等等，欢迎大家参考。-Servo motor control system, in 2002 began to accumulate, effective, fast, PI control, classical control, fuzzy PID, adaptive control, speed position control, etc., we welcome the refer
mohupidkongzhi
- 该文设计了一种基于Matlab和模糊比例积分微分PID (proportional-integral-derivative)的汽车定速巡航控制系统,该巡航控制系统由模拟数字信号输入装置、定速巡航控制电子控制单元和节气门执行器等器件组成.为提高汽车巡航的精度和稳定性,提出了一种基于Matlab和模糊PID的自适应模糊控制方法,该控制算法在线优化模糊控制规则以及输出比例因子,既保留了传统模糊控制的优点,又有效改善了系统的控制品质,实车试验结果表明,试验车(上海大众帕萨特1.8 MT)在40、60、8
FC-a-PID-Controller
- 一份智能控制的课程报告，包括PID参数整定的简便有效方法及模糊控制器的设计,包含二者的详细matlab仿真,及其结果对比，可以依葫芦画瓢。-Course report intelligent control, including PID parameter tuning and design a simple and effective method of fuzzy controller, containing both detailed matlab simulation, and the
fuzzypid
- 永磁同步电机模糊PID控制。含对比的PI控制的模型。实现了模糊控制算法，可以得到比单纯的PID更好的控制效果.-Fuzzy PID control of permanent magnet synchronous motor. Model PI-containing contrast control. Realization of fuzzy control algorithm can be better than a simple PID control.