简介:IntelligentControlofanAnaerobicDigester:Fuzzy-basedgainschedulingforageometricalapproach,Intelligentcontrolofanupperextremityhandorthosis,IntelligentControlofAutonomousRobotReactedtoMobileObjectwithImage,Intelligentcontrolofauxiliaryshipsystems,Intelligentcontrolofbuildingstosaveenergy……
简介:ABiologically-InspiredPlatformfortheEvolutionofCommunicationinMulti-AgentSystems.AdesignofevolutionarytuningPIDcontrollers.AHolonicApproachtoReconfiguringReal-TimeDistributedControlSystems.AlightweightapproachforembeddedreconfigurationofFPGAs.AmethodologyformodelingHoloniccontrolsystems.
简介:AdaptiveFuzzyControlofaBelt-DrivenPrecisionPositioningTable;AdaptiveFuzzyControllerWithSlidingSurfaceforVehicleSuspensionControl;AdaptiveHard;SoftControl;Adaptiveintelligentcontrolofeconomicalflowsbystochasticdynamics;Adaptivemodel-basedcontrolofroboticsystemswithahybridapproachcombiningneuralnetworksandfuzzylogic;Adaptiveneuralnetworkbasedapproachforactiveflowcontrol;Adaptive,intelligentcontrolofembeddedapplications;Advancedcontrolofrobotcompliancetasksusinghybridintelligentparadigms。
简介:[篇名]Amicro-controllerbasedintelligentcontrollerforacompostingplant,[篇名]ADAPTIVENEURO-FUZZYCONTROLLERFORNON-LINEARCHEMICALMIXINGPROCESS,[篇名]Adaptive,intelligentcontrolofembeddedapplications,[篇名]ComparativeAnalysisofIntelligentControllersforHighPerformanceInteriorPermanentMagnetSynchronousMotorDriveSystems,[篇名]Designinganintelligentcontrollerforagent-basedmanufacturingthroughfuzzysystems,[篇名]DevelopmentofIntelligentControllerforElectricBicyclewithLevelingChargingandPracticalBatterySOCTracingAlgorithm,[篇名]Evasionofmultiple,intelligentpursuersinastationary,clutteredenvironment:aharmonicpotentialfieldapproach。
简介:摘要:控制理论与工程始终站在经济建设和技术革命的前沿,直接推动工农业的自动化和现代化进程。应对智能化技术的广泛需求,在自动化专业教学中推广智能技术,打造高水平专业群,提升办学影响力,拓宽学生职业生涯发展途径。
简介:摘要电梯设备在人们的日常生活中发挥着重要的作用,并且电梯设备的使用范围越来越广。电梯群智能控制系统是基于现代科学技术水平快速发展下的控制系统,利用智能化控制能够实现电梯群的有效控制,减少电梯安全故障的发生。早期的电梯群控制系统比较落后,运行效率低。随着社会的快速发展,科学技术水平的不断提升,电梯群智能控制系统以及智能控制技术在不断发展。本文围绕电梯群智能控制系统以及智能控制技术展开了详细的探究,首先分析了早期的电梯群控制技术,然后就智能系统以及智能控制技术在电梯群控中的应用进行了详细的探究。对于进一步提升电梯系统运行的安全性,更高的做好电梯群的控制工作有一定的借鉴意义。