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Description: c语言的PID控制算法程序，作为工业控制中的一种常用控制算法PID运算。-c language PID control algorithm procedures for industrial control of a PID control algorithm commonly used operations.
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Author: zxb |
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Description: FUzzy PID COntrol COde！！FUzzy PID COntrol COde
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Size: 1797 |
Author: lb |
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Description: c语言的PID控制算法程序，作为工业控制中的一种常用控制算法PID运算。-c language PID control algorithm procedures for industrial control of a PID control algorithm commonly used operations.
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Author: zxb |
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Description: 先进 PID 控制及其 MATLAB 仿真（教材+相关程序） 刘金琨 著 电 子 工 业 出 版 社
内 容 简 介 本书从 MATLAB 仿真角度系统地介绍了 PID 控制的基本理论、基本方法和应用技术，是作者多年来从事控制系统教学和科研工作的结晶，同时融入了国内外同行近年来所取得的新成果。 全书共分十章，包括连续系统和离散系统的 PID 控制，常用数字 PID 控制，专家 PID和模糊 PID 控制，神经 PID 控制，遗传算法 PID 控制，多变量解耦 PID 控制，几种先进的PID 控制，灰色 PID 控制，伺服系统 PID 控制，PID 实时控制，每种方法都通过 MATLAB 仿真程序进行了说明。本书各部分内容既相互联系又相互独立，读者可根据自己需要选择学习。本书适用于从事生产过程自动化、计算机应用、机械电子和电气自动化领域工作的工程技术人员阅读，也可作为大专院校工业自动化、自动控制、机械电子、自动化仪表、计算机应用等专业的教学参考书。-advanced PID control and MATLAB (materials related procedures) with the electronics industry, Hangzhou Press Description of the book from the perspective of MATLAB simulation system introduced PID control of the basic theory, Basic methods and techniques, is the author of control systems for years to teaching and research work at the crystallization Meanwhile at home and abroad into the peer in recent years has made new achievements. The book is divided into 10 chapters, including discrete and continuous system of PID control system, commonly used digital PID control, Expert PID and fuzzy PID control, neural PID control, genetic algorithm PID control, Multivariable decoupling PID control, several advanced PID control, gray PID control, PID control servo system, PID control in real time, ea
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Author: 潇耳 |
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Description: FUzzy PID COntrol COde！！FUzzy PID COntrol COde-FUzzy PID COntrol COde! ! FUzzy PID COntrol COde
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Author: lb |
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Description: 先进PID控制matlab仿真(第二版)源程序，作者：刘金琨，电子工业出版社，2004年9月第一次印刷。在控制方向十本不错的书，里面的控制算法很值得借鉴！-Matlab simulation of advanced PID control (second edition) source, Author: Liu Jinkun, Publishing House of Electronics Industry, in September 2004 the first printing. 10 in the control of the direction of a good book, which control algorithm is worth learning!
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Author: XiaoMa |
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Description: 螺旋桨PID控制
In response to constant pressure to design more efficient, faster, smaller, and better systems, engineers are constantly looking for ways to improve existing designs or replace them with better ones. Facing large fuel costs, the aerospace industry in particular has been researching alternative designs to increase fuel efficiency and performance. One such alternative is the development of reconfigurable aircraft wings. These wings would be able to adapt to the current environment increasing lift or reducing drag when appropriate. -PID control of the propeller In response to constant pressure to design more efficient, faster, smaller, and better systems, engineers are constantly looking for ways to improve existing designs or replace them with better ones. Facing large fuel costs, the aerospace industry in particular has been researching alternative designs to increase fuel efficiency and performance. One such alternative is the development of reconfigurable aircraft wings. These wings would be able to adapt to the current environment increasing lift or reducing drag when appropriate.
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Author: 王晨至 |
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Description: 温度控制的pid算法，工业上常用的算法，高效率，对温度进行很好的控制-Pid temperature control algorithm, the algorithm used in industry, high efficiency, good temperature control
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Author: zhangqi |
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Description: PID Controllers are found everywhere in dustry, controlling all sorts of things: Temperature, Level, and Flow, among others. The reason they re so prevalent is because they re simple and effective.-PID Controllers are found everywhere in industry, controlling all sorts of things: Temperature, Level, and Flow, among others. The reason they re so prevalent is because they re simple and effective.
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Author: marshallab |
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Description: 本系统由单片机AT89C52、温度检测电路、A/D转换电路、键盘显示电路等部分组成，其原理框图如图2.1所示。在系统中，利用传感器测得电阻炉实际温度并转换成毫伏级电压信号，该电压信号经过温度检测放大电路和A/D转换电路转换成与炉温相对应的数字信号进入单片机，单片机进行数据处理后，通过液晶显示器显示温度，并判断是否报警，同时将温度与设定温度比较，由设定的控制算法计算出控制量，根据控制量通过控制固态继电器的导通和关闭时间从而控制电阻丝的导通时间，以实现对炉温的控制。-Resistance furnace is applied extensively in industry production.The control result oftemperature control system will directly affect quality of products and efficiency of production so the exact precision is demanded. At present conventional PID control method is used usually by most domestic resistance furnace in industries. The temperature control for resistance furnace has many characteristics such as non-linearity, big inertia,great lag. It is difficult to establish its accurate mathematic model so we can t obtain the satisfied result using the conventional PID control method.Therefore, it is very valuable to design the temperature control system which has exact precision and steady operation.
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Author: 张超 |
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Description: 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, 对工程实施人员要求低, 易于推广。-PID controllers are widely used in process industry. But the control quality of PID loops operating is different in industrial fields and
many of them have to be switched to manual mode. Some of them are attributed to process dynamics characteristics which make PID tuning be
unsatisfied to control requirements, but some are due to poor turing of PID parameters. In light of the tediousness and difficulty of PID tuning ,
an auto tuning method based on PLC is adopted to ease the procedure. The adopted PID auto tuning is simple in theory, easy to conduct and
it is satisfied in a constant pressure water supply system. Based on relay feeedback auto tuning, this method can be easily applied to other pro
cesses.
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Author: baijiaxuan |
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Description: PID controllers are probably the most commonly used controller structures in industry. They do,
however, present some challenges to control and instrumentation engineers in the aspect of tuning of
the gains required for stability and good transient performance.
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Author: amina |
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Description: 这是一份非常经典的关于PID的学习资料，PID在工业控制，例如温控等领域都有重要应用，对于这类程序设计也有指导作用-This is a very classic study on data PID, PID control in the industry, such as temperature and other fields have important applications, but also for such programming guide
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Author: adonis |
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Description: 在工程实际中，应用最为广泛的调节器控制规律为比例、积分、微分控制，简称PID控制，又称PID调节。PID控制器问世至今已有近70年历史，它 以其结构简单、稳定性好、工作可靠、调整方便而成为工业控制的主要技术之一。-In the practical engineering, the most widely used regulator control law as the proportion, integral, differential control, PID control, also known as the PID regulator. The PID controller has been developed for nearly 70 years of history, with its simple structure, good stability, reliable operation, convenient adjustment and become one of main techniques of industry control.
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Author: 王刚 |
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Description: 迭代学习算法，简单，易懂，PD 的迭代学习，较PID 简化了，但不响应结果，确实可行，方便，简单。-interative learning algorithm （ILC) based on PD, it is easy to understand and useful for beginner to learn. the algorithm can be used in industry and robot systerm .Matlab language.
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Author: vivi111 |
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Description: bldc motor speed control using pid controller is widely used in industry
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Author: ram kapoor |
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Description: Currently, the Proportional-Integral-Derivative (PID) algorithmis the most
common control algorithm used in dustry. Often, people use PID to
control processes that include heating and cooling systems, fluid level
monitoring, flow control, and pressure control. In PID control, you must
specify a process variable and a setpoint. The process variable is the system
parameter you want to control, such as temperature, pressure, or flow rate,
and the setpoint is the desired value for the parameter you are controlling.
A PID controller determines a controller output value, such as the heater
power or valve position. The controller applies the controller output value
to the system, which in turn drives the process variable toward the setpoint
value.-Currently, the Proportional-Integral-Derivative (PID) algorithmis the most
common control algorithm used in industry. Often, people use PID to
control processes that include heating and cooling systems, fluid level
monitoring, flow control, and pressure control. In PID control, you must
specify a process variable and a setpoint. The process variable is the system
parameter you want to control, such as temperature, pressure, or flow rate,
and the setpoint is the desired value for the parameter you are controlling.
A PID controller determines a controller output value, such as the heater
power or valve position. The controller applies the controller output value
to the system, which in turn drives the process variable toward the setpoint
value.
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Author: zzz |
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Description: Abstract—The proportional integral derivative (PID) controller
is the most widely used control strategy in industry. The
popularity of PID controllers can be attributed partly to their
robust performance in a wide range of operating conditions and
partly to their functional simplicity. This paper presents design of
PID controller using Ziegler-Nichols (ZN) technique for higher
order system. A Fuzzy logic controller using simple approach &
smaller rule set is proposed. Simulation results are demonstrated.
Performance analysis shows the effectiveness of the proposed
Fuzzy logic controller as compared to the ZN tuned PID controller
& fine tuned PID controller.
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Author: romi |
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Description: Proportional-Integral-Derivative (PID) control is the most common control algorithm used in industry and has been universally accepted in industrial control. The popularity of PID controllers can be attributed partly to their robust performance in a wide range of operating conditions and partly to their functional simplicity, which allows engineers to operate them in a simple, straightforward manner (exp. ref:national instruments).
This file analyse different conditions and methods for tuning the PID controllers.
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Author: malar
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Description: 本文是一篇经典的博客文档，详细介绍了PID在实际行业中的应用(This article is a classic blog document, which introduces the application of PID in the real industry in detail.)
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Author: 大牛12345 |
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