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On-lineMultistepPredictiveControlofTempretureBased
- 预测控制是一种新型的控制算法之一。经典的PID控制方法简单方便,但是精度不高。近年来发展的自适应、自校正方法精度高,但其本质要求在线辨识对象模型,对过程的未建模动态和扰动的适应能力差,鲁棒性不好。预测控制方法集PID和自适应方法二者之长,是一种面向工业过程特点、对模型要求低、在线计算方便、控制精度高的算法。数字计算机向小型、高速、大容量、低成本方向的发展,为预测控制这类新算法的实现提供了物质基础。 本文以PCT—Ⅲ型过程控制系统装置为平
51PICC
- 由51单片机组成的数字控制系统控制中，PID控制器是通过PID控制算法实现的。51单片机通过AD对信号进行采集，变成数字信号，再在单片机中通过算法实现PID运算，再通过DA把控制量反馈回控制源。从而实现对系统的伺服控制。-The 51 single-chip digital control system consisting of control, PID controller is implemented through the P
zhq-control
- 电解水制氢程序，主要用于氢冷发电机组，采用双闭环数字PID控制-Water electrolysis hydrogen production process, mainly for hydrogen-cooled generator sets, dual-loop digital PID control
Photovoltaic-Inverter-BASED-2812dsp
- 针对光伏并网发电系统中关健部件—逆变器的结构设计与控制方法研究进行了详细分析 和阐述。从电网、光伏阵列以及用户对逆变器的要求出发, 分析了各种不同的逆变器拓扑结构与控 制方法, 比较其运行效率和控制效果。对于本文提出了一种基于全桥变换器的正弦波逆变电源的整体设计 方案。文章首先对系统设计中将使用到的DC/DC变换器，DC/AC变 换器以及PWM控制技术在理论上进行了深入的研究。并讨论了数字 式PID控制算法的实现和在
20110409
- 本系统采用C51系列的89S52单片机为核心，通过设置89S52单片机的定时器产生脉宽可调的PWM波【2】，对阀门电机的输入电压进行调制，实现阀门开度的变化，进而实现了对液体流量的控制。单片机通过电磁流量计采集实际流量信号，根据该信号对其内部采用数字PID算法对PWM变量的值进行修改，从而达到对流量的闭环精确控制。-The system uses microcontroller 89S52 C51 series core, 89S52
control-use-of-computer
- 用数字PID实现对于生产对象的控制，由编程实现，并附有仿真结果。-Achieved with digital PID control for the production of objects by programming, together with simulation results.
CHAPTER1
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified
CHAPTER2
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第二章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
CHAPTER3
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第三章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
CHAPTER4
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第四章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
CHAPTER5
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第五章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
CHAPTER6
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第六章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
CHAPTER7
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第七章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which were modified some procedures of Chapter VII
CHAPTER8
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第八章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which were modified some procedures of Chapter VIII
CHAPTER9
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第九章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified IX
CHAPTER10
- 数字PID的matlab仿真程序，针对刘金琨的先进PID控制的matlab仿真，里面的部分程序进行了修改 第十章-Digital PID of matlab simulation program for Liu Jinkun matlab advanced PID control simulation, which part of the program were modified Chapter
shuziPIDsuanfa
- 数字 pid 算法 c8051f02x单片机开发板 -Digital pid algorithm c8051f02x MCU development board
PID-FPGA
- 研究了PID算法在FPGA中的实现，提出数字脉冲快读调制代替DA转换的方法，并针对电机转速控制进行优化-Of the PID algorithm in FPGA implementation of the proposed fast read digital pulse modulation methods instead of DA conversion and optimization for motor speed control
temperature_ctrl
- 采用凌阳十六位单片机 SPCE061A 实现温度控制，温度信号由 PT1000 和电压放大电路提供。通过 PID 算法实现对电炉功率和水温控制。同时，具有温度数字 语音播报和显示。-Using Sunplus sixteen MCU SPCE061A control of temperature, the temperature signal from the PT1000 and voltage amplification cir
pid
- 交流电机中PID程序，数字实现，加快交流电机中反馈电压电流的调节-AC motor in the PID process, the digital implementation, the feedback speed AC motor voltage and current regulation in