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简介：AComparativeStudyofFeedbackControllerSensitivitytoallOrdersofPMDforaFixedDGDCompensator.Aconstructionofnonlinearservosystembyusingnonlinearplug-inadaptivecontrolscheme.AcontrollerdesignforreferencesignalwiththeN-thpoweroftilne.ALMI-basedSupervisoryRobustControlforHybridVehicles.ALPVApproachtoRobustH{sub}2andH{sub}∞,StaticOutput-FeedbackDesign.

简介：Asimulatedannealing-basedoptimalcontrollerforathreephaseinductionmotor；……

简介：AssisteddynamicpositioningsystemforaFPSObasedonminimizationofacostfunction.Autonomousaerialrefuelingutilizingavisionbasednavigationsystem.Controlconceptforplantswithmodeluncertainties.Convergentiterativemodelunfalsificationforcontrol.

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简介：[篇名]Anear-optimalfuzzylogicstabilizerforweaklyconnectedpowersystems，[篇名]Aneuralnetworkbaseddesignofoptimalcontrollersfornonlinearsystems，[篇名]Anewapproachtodefiningadynamicrelativegain，[篇名]Anewoptimalcontrollerforintelligentvehicleheadwaydistance，[篇名]Apathgenerationalgorithmofanautomaticguidedvehicleusingsensorscanningmethod，[篇名]Aquantitativeanalysisofevolvabilityforanevolutionaryfuzzylogiccontroller，[篇名]ASatelliteAttitudeControllerUsingNonlinearH{sub}∞Approach。

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简介：AcasestudyofPIDcontrollertuningbyageneticalgorithm.Acomparisonofcontrollertuningmethodsfromadesignviewpointofthepotentialforenergysavings.AcomputersoftwareforPIDtuningbynewfrequencydomaindesignmethod.Acontrolmethodologyforaninchwormpiezomotor.Acontrollerforaninchwormpiezomotor.

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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。

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简介：Experience-basediterativelearningcontrollersforroboticsystems；……

简介：近日。GE基础设施业务旗下的GEFanuc自动化美洲公司，推出PACSystems(tm)DSM-314运动控制器一它能扩展机器的选择，增强机器制造商的灵活性以获得更广泛的运动应用。GEFanuc将大量可供选择的I／O、通讯选项和强大的CPU性能相结合，帮助OEM优化其运动控制器，以获得灵活的应用。

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简介：ConvergenceandOrderReductionofControllersinPIMbasedDigitalRedesign；……

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