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quanti
- 仿真曲线可以看出，神经网络PID和模糊PID的响应速度比常规PID控制快，而且系统的调整时间很短，没有超调。神经网络PID与模糊PID的控制效果相同，都能在极短的时间内，消除偏差，快速地克服偏差的影响，改善了系统动态特性，因此说明神经网络PID和模糊PID对锅炉汽包水位的控制效果要优于常规PID控制。-Simulation curve can be seen, PID and fuzzy PID neural network response speed faster than the conv
vbkingviewpid
- 基于VB和组态王的水箱液位单神经元自适应PID控制-Based on VB and water tank of single neuron adaptive PID control
Fuzzy_Tunning_PID_Control
- 模糊自适应控制的三容水箱问题的matlab编程，绘制了经自适应模糊PID控制之后水箱的输入、输出各参数曲线和各输入、输出参数的隶属函数曲线，以及模糊控制规则表-Fuzzy adaptive control of three tank water problems in MATLAB programming, drawn by adaptive fuzzy PID control water tank input, output parameters curve and input, output
PID_suiwen
- PWM水温控制，带PId计算,按键可变占空比， LCD1602显示，最终版。调试成功！-calculate the key variable duty cycle pwm water temperature control with pid lcd1602, the final version. Debugging success!
2387278277
- 此实例是酿造水处理的控制系统 。系统采用西门子S7-226PLC 一个数字量输出模块(EM222)和一个模拟量输入模块(EM231)。人机界面HMI采用台达的触摸屏(DOP-AS57BSTD).除此之外还有变频器的PID控制等。希望能给各位同仁有所帮助！！ -This instance the control of the brewing water treatment system. System using the Siemens S7-226PLC A digital outp
PDELLPHI7WINNI
- PID水量控制仿真演示系统环境：DELLPHI7+IOCOMP3.02+LMD -PID control simulation demo system of water environment: DELLPHI7+IOCOMP3.02+LMD
2
- 基于c8051f340的水温控制系统，pid控制，非常的好-Based the c8051f340 of water temperature control system, pid control, very good
moto
- 可实现电机PID控制，应用于发动机冷却水温度控制，双闭环-Motor PID control, and applied to the engine cooling water temperature control, dual closed loop
ds18b20Ppid
- c8051f410通过ds18b20测量水温，经闭环回路反馈，通过PID算法达到水温控制-c8051f410 through ds18b20 measuring water temperature, through closed loop feedback, achieved through the PID algorithm temperature control
czks
- 对水位的控制，PID控制方法，自己写的，应该还算可以把-For water level control, PID control method, write your own
net
- 基于PID调节的在线功率控制，适用于电热水器的控制-PID control based on online power regulation for the control of electric water heaters
tempcotr
- 基于单片机的水温控制系统。。用pid算法的-Water temperature control system based on single chip
PIDsample
- matlab编写的PID算法，用于控制水箱流量。-matlab PID algorithm，used to control the water flow.
ADC-temporature-decection
- 基于STM32开发板的温度检测，并通过串口发送数据在上位机上显示，当温度超过设定值时，通过PID程序自动调节控制水温-STM32 development board based on the temperature-sensing and transmitting data via the serial port on a PC display, when the temperature exceeds a set value, automatically adjust the water te
shuiweizhuanyi
- 水位控制程序pid控制可以实现对水位的稳定控制-Pid control water level control program
shuiwenkongzhi
- 为了实现水温控制系统的设计要求，通过对各模块电路方案的比较及论证，最后确定了这种以STC89C52单片机为核心的硬件电路，选用DS18B20温度传感器测量水温，该传感器分辨温度可达0.0625℃，750ms数字转换，采用单总线连接，测量精度高，转换时间快，就有极强抗干扰纠错能力，在加上PID算法的精确控制，其精度足以满足题目要求。显示模块采用12864点阵液晶，并行接口，编程容易，美观大方，可实现水温及其随时间变化的实时曲线的显示功能。除单片机可实现的恒值自动控制外，该系统还可通过键盘设定水温，
Integral-separation-algorithm
- 双容水箱液位控制系统用积分分离法调节实现PID控制-Double let water tank liquid level control system using integral separation PID control
shuiwenkongzhi
- 基于msp430单片机的水温控制系统，PID算法控制，18b20温度采集-Water temperature control system, MSP430 control water temperature, DS18B20 temperature sensor acquisition temperature
WATERTANK
- 通过matlab实现水箱水位控制系统，采用PID控制方法达到水位控制-water tank control system
noorhamizah
- In many industries process such as petro chemical industries, paper making industries and water treatment industries are using the tank system to control the liquid level. The liquid level must be controlled by the proper controller. The objectiv