fuzzy-PID控制器,fuzzy-PID controller
1)fuzzy-PID controllerfuzzy-PID控制器
1.The study of Fuzzy-PID controller for 25 kW fuel cell cooling water system;车用25kW燃料电池冷却水系统Fuzzy-PID控制器的研究
2.The design of Fuzzy-PID controller which coinbines fuzzy thesis with normal PID technique in frequency conversion power supply(FCPS) was presented,which uses fuzzy control in big deviation and uses picortrd in small deviation.针对感应式变频开关电源在对金属材料进行热处理过程中,负载的等效参数和谐振频率发生变化,而变频电源的输出频率不能及时调整和跟踪的问题,结合PID和Fuzzy控制技术的优点,设计Fuzzy-PID控制器对变频电源进行控制,在大偏差时用Fuzzy控制,在小偏差时用PID调节。
3.This paper,by using MATLAB,details the steps and methods of Fuzzy-PID control system design and analyzes and demonstrates the robustness of self-adaptive Fuzzy-PID controller.以MATLAB为工具,详细介绍了运用MATLAB进行自适应Fuzzy-PID控制系统设计的步骤和方法,并对自适应Fuzzy-PID控制器的鲁棒性进行了分析和论证,仿真研究表明自适应Fuzzy-PID控制器具有良好的适应性和应用前景。
2)Fuzzy-PID bi-mode controllerFuzzy-PID双模控制器
1.Fuzzy-PID bi-mode controller was designed and applied to the high precise air pressure source controlling system.设计了Fuzzy-PID双模控制器并应用到高精度气源压力控制系统中。
3)Fuzzy-PID Hybrid ControllerFuzzy-PID混和控制器
4)P-FUZZY-PID controllerP-FUZZY-PID控制器
5)fuzzy-PID combined controllerFuzzy-PID复合控制器
1.The conventional PID control is hard to implement with effectiveness for the nonlinear object with time delay,and fuzzy control has better dynamic characteristics,so the parameter self-tuningfuzzy-PID combined controller is proposed by combining the advantages of conventional PID and fuzzy control.由于常规PID控制方式对非线性、大滞后对象难以进行有效的控制,模糊控制具有很好的动态特性,所以结合常规PID和模糊控制的优势设计了参数自调整Fuzzy-PID复合控制器。
英文短句/例句
1.Fuzzy-PID Controller and Its Application on Constant Temperature System;Fuzzy-PID复合控制器及其在温控系统中的应用
2.Fuzzy-pid Control of the Electric Heating Furnace Temperature电加热炉炉温的Fuzzy-pid复合控制
3.The control algorithm of welding seam tracking based on composite FYZZY-PID复合FUZZY-PID焊缝跟踪控制算法
4.Research on Bang-Bang+Fuzzy-PID Hybrid Control for Electro-hydraulic Servo System电液伺服系统Bang-Bang+Fuzzy-PID复合控制研究
5.Brand-new PID fuzzy controller(fuzzy PI+fuzzy ID)一种PID模糊控制器(fuzzy PI+fuzzy ID型)
6.Design of the Boiler Controller Based on Fuzzy and Vague Sets锅炉燃烧器Fuzzy-Vague复合控制器的设计
7.The Research of Multifunctional Fuzzy/PID Controller;多功能Fuzzy/PID控制器的研究
8.The Study of Controller for Car Air Conditioning Based on Fuzzy-PID;基于FUZZY-PID算法的汽车空调控制器研究
9.Fuzzy-PID Controller Based on SIMULINK;基于SIMULINK的Fuzzy-PID控制器设计
10.Design and Use of GA-Fuzzy PID ControllerGA-Fuzzy PID控制器设计及应用
11.Fuzzy-PID thermostat controller based on BP neural networks基于BP神经网络的Fuzzy-PID恒温控制器
12.A new controller of heat treatment furnace based on fuzzy-PID基于Fuzzy-PID算法的热处理炉新型控制器
13.Study of Integrated Control Strategy of Continuously Variable Transmission on Fuzzy-PID基于Fuzzy-PID的CVT综合控制策略研究
14.Simulation of Fuzzy-PID Synthesis Yawing Control System of Wind Turbine风电机组偏航Fuzzy-PID合成控制系统仿真
15.Design and Research on Self-adaptive Fuzzy-PID Controller Based on MATLAB;基于MATLAB的自适应FUZZY-PID控制器设计与研究
16.Research of the ATC system for deaerator based on Fuzzy-PID基于Fuzzy-PID的除氧器温度控制系统的研究
17.Application of Fuzzy-PID multi-controller in permanent magnet synchronous motorFuzzy-PID多模态控制器在永磁同步电机中的应用
pound Controller Design Based on FCMAC and PID模糊小脑模型与PID的复合控制器设计
相关短句/例句
Fuzzy-PID bi-mode controllerFuzzy-PID双模控制器
1.Fuzzy-PID bi-mode controller was designed and applied to the high precise air pressure source controlling system.设计了Fuzzy-PID双模控制器并应用到高精度气源压力控制系统中。
3)Fuzzy-PID Hybrid ControllerFuzzy-PID混和控制器
4)P-FUZZY-PID controllerP-FUZZY-PID控制器
5)fuzzy-PID combined controllerFuzzy-PID复合控制器
1.The conventional PID control is hard to implement with effectiveness for the nonlinear object with time delay,and fuzzy control has better dynamic characteristics,so the parameter self-tuningfuzzy-PID combined controller is proposed by combining the advantages of conventional PID and fuzzy control.由于常规PID控制方式对非线性、大滞后对象难以进行有效的控制,模糊控制具有很好的动态特性,所以结合常规PID和模糊控制的优势设计了参数自调整Fuzzy-PID复合控制器。
6)Fuzzy-PID Composite Controller复合Fuzzy-PID控制器
延伸阅读
离散PID控制算法分子式：CAS号：性质：在用计算机等作为控制装置进行数字控制时实现PID控制作用的数学表示式。在数字控制中，控制装置只取各个采样时刻的输入变量值进行运算，如偏差值e(k)为第k个采样时刻的设定值r(k)与被控变量测量值y(k)的差值。离散PID控制有位置算法、增量算法与速度算法三种形式。(1)位置算法直接给出各采样时刻的控制作用量2J(是)，具体算法是:式中，Kc为比例增益，Ti为再调时间，Td为预调时间，Δt为采样周期。这里用叠加代替积分，差分代替微分。位置算法的输出可直接送往数字式执行器，或经数字/模拟转换送往模拟式执行器，并须用保持器将该信号保持到下一次采样为止。在手动一自动切换和防止积分饱和问题上，位置算法不像另两类算法那样方便。(2)增量算法给出每个采样时刻控制装置输出应改变的数值Δu(k)，即第k个采样时刻的控制作用量u(k)与前一采样时刻的控制作用量u(k-1)之间的差值，具体算法是： 增量算法的输出一般通过步进电机等累积机构，化为模拟量，操纵控制阀。该种算法具有手动一自动切换方便，和避免引起积分饱和等优点，应用最广。(3)速度算法给出在各个采样时刻控制装置输出应采取的变化速v(k)，该速度用Δu(k)/Δt近似表示，具体算式为:速度算法的输出应送往积分式执行机构。速度算法也有手动一自动切换方便和避免引起积分饱和的优点。
