模糊内模控制,Fuzzy internal model control
1)Fuzzy internal model control模糊内模控制
英文短句/例句

1.Fuzzy Internal Model Control and Its Application in Superheated Steam Temperature Control;模糊内模控制及其在过热汽温控制中的应用
2.Fuzzy Internal Model Control for Time-delay Systems and Its Application in Superheated Steam;时滞系统模糊内模控制在电厂主汽温中的应用
3.Two Degrees of Freedom Fuzzy Internal Model Control Based on PAC for Time-delay Systems基于PAC的时滞系统二自由度模糊内模控制
4.Research of Ball Mill System Based on Fuzzy Internal Model Control基于模糊内模控制的球磨机系统的研究
5.Internal Model Control Based on Variable Domain Fuzzy Control for Time-Delay Systems;时滞系统变论域模糊自调整内模控制
6.Fuzzy Internal Model Control & Its Application to An Electrical Heating Furance基于模糊内模并行控制算法的温度控制系统
7.On the Fuzzy Evaluation and Auditing of Internal Control System;内部控制制度模糊评审探讨(英文)
8.Fuzzy Comprehensive Evaluation on Enterprise Internal Control Based on AHP基于AHP的企业内部控制模糊综合评价
9.Comparison of Simulation between Fuzzy-PI Dual-mode Controller and Fuzzy Controller模糊-PI双模控制与模糊控制的仿真比较
10.Fuzzy Internal Model Control & Its Application to an Electrical Heating Furnace with Dead Time;模糊内模并行控制算法及其在纯滞后电加热炉温度控制中的应用
11.Adaptive fuzzy sliding-mode control method based on fuzzy tree model基于模糊树模型的自适应模糊滑模控制方法
12.Research on Fuzzy Internal Model Control Algorithm of Nonlinear System Based on C-R Fuzzy Model基于C-R模糊模型的非线性系统内模控制算法研究
13.Reserch of model reference self-adopting IM controlling method based on the combination of the fuzzy基于模糊推理的模型参考自适应内模控制的研究
14.Fuzzy Control System Design Based on ATmega128基于ATmega128的模糊控制系统
15.Research on Multi Level Fuzzy Integrated Evaluation of Internal Control of Coal Enterprise;煤炭企业内部控制多级模糊综合评价研究
16.Fuzzy Comprehensive Evaluation Method for Internal Control by Commercial Banks;商业银行内部控制状况的模糊综合评价方法
17.The Exploration of Internal Control Fuzzy Synthesis Appraisal in Zhejiang Province Family Firms;浙江省家族企业内部控制模糊综合评价探索
18.The Application of the Fuzzy Evaluation in Building the Internal Control of A Enterprise;模糊评判在构建企业内部控制中的应用
相关短句/例句

Fuzzy control模糊控制
1.Design of fuzzy controller to constant horse-power of spring cone crusher;弹簧圆锥破碎机恒功率模糊控制器设计
2.The application and development of fuzzy control technology in SBR technology;模糊控制技术在SBR工艺中的应用与发展
3.Application of fuzzy control system based on DSP in TIG power supply;DSP模糊控制在TIG焊电源中的应用
3)fuzzy-control模糊控制
1.Research on Fuzzy-control Technique of Controlled Atmosphere Storage;气调保鲜贮藏库模糊控制技术的研究
2.Design of the Gas-adjusted and Fresh-preserved Storehouse for Fruit and Vegetable Based on Fuzzy-control;基于模糊控制的果蔬气调保鲜库的设计
3.Irrigation decision-making system based on the fuzzy-control theory and virtual instrument;基于模糊控制与虚拟仪器的灌溉决策系统研究
4)fuzzy controller模糊控制
1.Application of artificial intelligent-fuzzy controller in temperature control system of large-size vertical quench stove;人工智能模糊控制在大型立式淬火炉温度控制系统中的应用
2.Application of fuzzy controller with parameter adaptation on electro discharge machining;自适应模糊控制器在电加工间隙控制中的应用
3.A Kind of On-line Self-adjusted Coefficient Fuzzy Controller Application on I/A S;一种在线自调整因子的模糊控制算法在I/A’S上的应用
5)fuzzy logic control模糊控制
1.Double-model fuzzy logic control strategy of arc in pulsed metal inertia gas welding;脉冲MIG焊电弧双模模糊控制
2.Simulation of the vehicle s anti-lock braking system on crooked roads based on fuzzy logic control;基于模糊控制的车辆弯道防抱制动系统仿真分析
3.Realization and simulation of fuzzy logic control of anti-ship missile;反舰导弹模糊控制的实现与仿真
6)fuzzy[英]['f?zi][美]['f?z?]模糊控制
1.The Multi Inductive Motor Fuzzy Control Based on Profibus-DP;基于Profibus-DP现场总线的多电机模糊控制系统
2.At last,the fuzzy theory is applied to follow and control the wrinkle of the blank according to BHF curve,and an example is given.首先分析了国内外对压边力的研究现状,然后提出了压边力曲线的预测和压边力的优化控制是压边力研究的两个主要方面,最后提出了采用模糊控制理论对压边力大小和板料的起皱进行跟踪控制,并给出了一个实例。
3.A technique for positive and negative pulse remedial charger based on fuzzy algorithm is proposed.提出基于模糊控制变恒流正负脉冲快速充电法,通过硬件上以AVR单片机ATMEGA 48作为控制核心,软件上结合模糊算法,实现充电过程的智能控制,可大大延长了铅酸电池寿命,此充电器成本低廉,集电池修复于一体。
延伸阅读

内模控制分子式:CAS号:性质:是由卡西亚(garcia)1982年提出的一种基于模型的控制算法。内模控制系统是在一般反馈控制中引入内部模型,使其反馈量由原来的输出全反馈变为扰动估计量的反馈,控制器设计为系统模型的倒数。这样,当模型失配时,反馈量除扰动外还包含模型失配信息,增强了控制系统的鲁棒性。因此,具有设计简单,跟踪调节性能好,鲁棒性强,能消除不可测干扰的影响,又是设计和分析预测控制系统的有力工具。