搜索资源列表
BP-PID.rar
- 这是用BP神经网络搭建实现PID控制器的模型，是本人的呕血之作,This is set up by BP neural network model for the realization of PID controllers is to make of my hematemesis
control_DC_MOTOR
- The advantage of static controllers i n their simple structure, however, their performance is not good. Therefore, in fact, the fundamental fuzzy controller is often combined with conventional ones (e.g., PID controller) to create a dynamic fuzzy con
FuzzyAnti-WindupforPIDcontroller
- The advantage of static controllers i n their simple structure, however, their performance is not good. Therefore, in fact, the fundamental fuzzy controller is often combined with conventional ones (e.g., PID controller) to create a dynamic fuzzy con
FuzzyintervetionPIDcontrollerdesign
- The advantage of static controllers i n their simple structure, however, their performance is not good. Therefore, in fact, the fundamental fuzzy controller is often combined with conventional ones (e.g., PID controller) to create a dynamic fuzzy con
FuzzyGainSchedulingofCoupledPIDControllers
- Fuzzy Gain Scheduling of Coupled PID Controllers
PID
- Self-tuning PID Controllers ,有需要的朋友可以参考 !-Self-tuning PID Controllers, there is a need of a friend can refer to the reference!
bujindianji
- 文进一步研究了基于p c／os-II+ARM平台的模糊PID控制器，核心是实现模糊 PID控制程序，并结合MinGUI技术选用高端TFT型的液晶显示器，设计具有良好人机 交互界面的步进电机控制器。-Further study of the text based pc/os-II+ ARM platform, the fuzzy PID controller, the core of fuzzy PID control program, combined with selection
232543
- FPGA Implementation of QFT based Controller for a Buck type DC-DC Power Converter and Comparison with Fractional and Integral Order PID Controllers
PID-without-a-PhD
- At work, I am one of three designated “servo guys,” and the only one who implements control loops in software. As a result, I often have occasion to design digital control loops for various projects. I have found that while there certai
PID-controllers
- PID Controllers Theory Design and Tuning pid控制原理设计。-PID Controllers Theory Design and Tuning
plc-PID
- PID 控制在过程工业控制中应用广泛, 但在实际工业现场运行的PID 回路的控制 性能差异较大, 有许多系统长期置于手动控制。一部分由于系统过程特性使PID 调节不能满足 控制要求, 还有一部分却是由于PID 回路参数整定的不合理。针对控制系统现场实施中PID 参 数整定繁琐、整定质量差异大、经验不易移植的问题, 采用了基于PLC 的PID 参数自整定方 法。该方法概念清晰, 实施方便, 在某锅炉的恒压供水控制中应用效果良好。该方法基于继 电器反馈自整定, 具有一定的普适性,
PID-contrel1
- 通过调整PID的三个参数KP、TI、TD ，将系统的闭环特征根分布在 s 域的左半平面的某一特定域内，以保证系统具有足够的稳定裕度并满足给定的性能指标 -Ziegler-Nichols method for tuning PID controllers can be summarized as follows: Set the integral and derivative gains to zero and increase the proportional gain until the
PID-contrel2
- 通过调整PID的三个参数KP、TI、TD ，将系统的闭环特征根分布在 s 域的左半平面的某一特定域内，以保证系统具有足够的稳定裕度并满足给定的性能指标-Ziegler-Nichols method for tuning PID controllers can be summarized as follows: Set the integral and derivative gains to zero and increase the proportional gain until the sys
192_PID_Project_www.picpars.com
- Simple PID Controller designed based on AVR micro controllers with codevisio-Simple PID Controller designed based on AVR micro controllers with codevisionn
PID
- PID控制器(比例-积分-微分控制器)，由比例单元P、积分单元I和微分单元D组成[1]。通过Kp，Ki和Kd三个参数的设定-PID controller (proportional integral differential controllers), P the proportion, integral unit I and differential unit of D [1]. Through the Kp, Ki and Kd three parameters setting
PWM
- 基于FPGA的PWM控制器设计，包含ADC0820模块，按键扫描，PID，PWM控制器等模块，VHDL语言完成，已仿真通过-PWM controller design based on FPGA, including ADC0820 module, key scan, PID, PWM controllers and other modules, VHDL language completed, through simulation
4437a360
- This paper presents the design of an intelligent fuzzy gain scheduled proportional-integral (FGSPI) controller as the supplementary controller for load frequency control (LFC) of two-area interconnected power system with reheat type thermal unit