1)fuzzy switching模糊切换
1.The paper discusses the shortages of the common FUZZY-PI and FUZZY-PID controllers,and a simple transferable way of compound controllers with fuzzy switching based on error is proposed.针对常见的FUZZY -PI和FUZZY -PID等复合控制常规切换的缺陷 ,提出一种简便的基于偏差量的模糊切换方法 ,仿真结果表明其性能优于一般常规切换的复合控
2.The selfadaptive fuzzy-PID composite control is implemented via the fuzzy switching arithmetic based on trapezoidal membership function and the online self-tuning arithmetic with quantized and proportional factors based on variable universe and human simulating intelligence.采用基于梯形隶属函数的模糊切换算法以及基于变论域和仿人智能思想的量化因子和比例因子的在线自调整算法实现了自适应模糊PID复合控制,并将此改进算法用于PCR芯片智能温度控制系统中,使控制系统获得了良好的动态特性和稳态性能、较强的鲁棒性及适应性。
英文短句/例句
1.Stability of Switched Linear Systems Under Fuzzy Switching Strategy基于模糊切换策略的线性切换系统的稳定性
2.Freeway Area-wide Coordinated Control Based on Hybrid System and Fuzzy Switch基于混杂模糊切换的快速路区域协调控制研究
3.FUZZY SWITCHING CONTROL SCHEME FOR BIO-FLUIDIZED BED AMMONIA-NITROGEN WASTEWATER TREATMENT PLANT生物流化床氨氮废水处理模糊切换控制研究
4.Hydraulic Servo Position System of Mill Based on Multiple Models Fuzzy Switching Control基于多模型模糊切换的轧机液压伺服系统位置控制
5.Research of Fuzzy and PID Dynamic Switching Control Algorithm;模糊PID动态切换控制算法的研究
6.Analysis and Control of a Class of Switched T-S Fuzzy Systems;一类切换T-S模糊系统的分析与控制
7.The Simulation Research for FNN Controller Based on Switching;基于切换的模糊神经网络控制器的仿真研究
8.Feedback Control Based on Observer in Network Switching Fuzzy Control System基于观测器的网络切换模糊系统的反馈控制
9.Observer-based feedback control for switching fuzzy time-delay systems基于观测器的切换模糊时滞系统的反馈控制
10.State-feedback Control for a Class of Fuzzy Network Switching Systems一类网络切换模糊系统的状态反馈控制
11.Research on Multi-Mode Transition Fuzzy Control Method and Logic Management for Unmanned Helicopter;无人直升机多模态切换模糊控制方法与逻辑管理问题研究
12.The Modeling and Application of Vertical Handover in Vehicle Area Networks Based on Fuzzy Discrete Event System基于模糊离散事件系统的车域网垂直切换系统建模和应用
13.The Application and Research of Fuzzy Controller with Variable Parameter for the System Switch of Injection Moulding Machine变参数模糊控制器在压注机系统切换中的应用研究
14.Control Algorithm and Its Simulation for Automatic Train Operation System Based on Fuzzy-PID Soft-Switch基于模糊PID软切换的列车自动驾驶系统控制算法及仿真研究
15.Stability Analysis and Robust Control for a Class of Switched T-S Fuzzy Discrete-time Systems with Time-Delay离散时滞切换T-S型模糊系统稳定性及鲁棒控制
16.Robust non-fragile control for a class of uncertain discrete switched fuzzy systems with time-delay一类不确定离散切换模糊时滞系统的鲁棒非脆弱控制
17.Robust Output-Feedback Control for a Class of Uncertain Discrete Switched Fuzzy Systems with Time-Delay一类不确定离散切换模糊时滞系统的鲁棒输出反馈控制
18.FS Switch to full screen mode. /WM Switch to window mode.FS切换到全屏模式./WM切换到窗口模式.
相关短句/例句
fuzzy switch模糊切换
1.Because of the shortage of the common FUZZY-PID double model controller when they switch from one model to another, a new FUZZY-PID controller with fuzzy switch based-on error and one-level error difference is proposed Finally, their dynamic states, the capacity of the anti-interference and robustness are compared by simulatio针对常规FUZZY -PID双模控制切换时存在的问题 ,提出了一种根据偏差量和偏差变化率来实现模糊切换的双模控制器。
3)switching fuzzy model切换模糊模型
4)fuzzy rules switch模糊规则切换
1.However a new Fuzzy-PID double model controller with fuzzy rules switching based on error and one-level error difference proposed in this thesis can resolve the problems.设计了一种基于偏差和偏差变化率的模糊规则切换Fuzzy-PID双模控制器,避免了传统Fuzzy-PID双模控制阈值切换是由程序自动进行切换,而存在的阈值如何选取及切换扰动等问题。
5)controlled fuzzy switching受控模糊切换
1.The authors proposed a novel structure named as controlled fuzzy switching multiple-model system(CFSMM).给出一种新的受控模糊切换多模型系统结构,保证在局部模型切换过程中系统状态轨迹的平滑性。
6)switched fuzzy system切换模糊系统
1.Presents a new uncertain switched fuzzy system in which all subsystems are fuzzily uncertain.提出了一类新的不确定切换模糊系统,即切换系统中的每个子系统都是不确定模糊系统。
延伸阅读
备用电源自动切换装置备用电源自动切换装置automatic transfer to stand-by supply be(yongd旧nyt一anz一dongq旧hoon zhuongzhl备用电派自动切换装t(automati。transferto stand一by supply)当工作电源消失或当工作电压降低过多时.能将备用电源断路器快速合闸向负载恢复供电的自动切换装置。 自动切换的一次系统常用的设自动切换装置的一次系统接线有以下两种:①两个电源(两台变压器或两条线路)互为备用。正常运行时，两个电源分别工作，电源之间设有经常断开的自动切换断路器，当其中一个电源故障时，另一个电源通过切换断路器迅速投人而恢复运行。这种自动切换方式通常称为暗备用。两个电源需具有充分的容量，以便在故障情况下由同一个电源向两个负荷供电。②利用一个备用电源作多个工作电源的备用.当一个工作电源故障退出运行时，备用电源自动投人，这种方式通常称为明备用。 自动切换装里功能切换装置的接线具有以下基本功能:①当工作电源消失时，快速起动自动切换装里，投人备用电源;②当工作电源母线电压降低，由接在母线上的低电压继电器动作，进行切换;③备用电源自动投人装置只能动作一次;④工作电源母线故障时，备用电源不允许投人。 火力发电厂备用电源自动切换接线，常用的有慢速切换和快速切换两种方式。 慢速切换为工作电源断路器断开后，经延时，当电动机残压下降到电动机允许的安全电压后才实现自动切换。当工作电源侧断路器跳闸时，联动受电侧断路器跳闸，以起动备用电源自动投人装置。同时，在工作母线上装设单独的低电压起动装置，当工作电源电压降到安全值，即20%~30%额定电压以下，而备用电源母线上保持一定电压值时，使备用电源断路器合闸。慢速切换时间一般为0.5一1·5s。 快速切换装置主要用于300 MW及以上容量的发电机，这种切换方式对电动机的冲击及对机组热力系统的正常运行影响较小，切换过程平衡。实现快速切换的条件是工作和备用电源断路器必须快速动作，要求合闸及跳闸时间为0.06~0.085。
