简介：基于网络的变频器能实现监控数据的网络共享以及参数的在线优化。本文介绍A—B变频器的各种网络结构、各种网络的特点以及通信的数据结构。

简介：“海康威视”品牌门禁产品依托海康。威视强大的研发能力．在激烈的市场竞争中自成一体．尤其在管理平台和大型项目软件联动控制方面．有着极为出色的表现。在领先的研发实力背后．海康威视对门禁行业，秉持的是何种技术、产品开发理念呢？不妨从其DS-K2500产品为例进行分解。

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简介：AFluidControlValveBasedontheViscosityIncreaseEffectsofDielectricFluidsCausedbyElectrodesPlantedwithHair-LikeShortFibers(PropositionofaFiberPlantedERValve),ATHERMO-PNEUMATICIN-CHANNELMICROVALVEWITHPDMSDIAPHRAGMFORINTEGRATEDBLOODEXAMINATIONSYSTEMONSILICON.Activecontrolofjetsincrossflow.ASCOinnovativetechnology.Dynamiccompensationofabrasivewaterjetpropertiesthrough3-dimensionaljetcontrol.

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简介：AHolonicApproachtoReconfiguringReal-TimeDistributedControlSystems.Alarge-scaledistributedcontrolsystemonrnulti-vendorplatform.Aneuralmodelforcontrolandcoordinationofreachtograspandprecisionlifttasks.AnewdesignofDCSbasedonPCandfieldbus.Anovelapproachforpowersystemloadfi'equencycontrollerdesign.

简介：[篇名]Evolutionaryoptimisationofamodelreferenceadaptivecontrolsystem，[篇名]LongitudinalControlDesignandExperimentforHeavy-DutyTrucks，[篇名]On-lineApproximationBasedAircraftLongitudinalControl，[篇名]Real-timeestimationandcompensationofroadslipforlongitudinalcontrol，[篇名]Testbedforvehiclelongitudinalcontrolusingchassisdynamometerandvirtualreality:anapplicationtoadaptivecruisecontrol，[篇名]Thecomforthighwaycopilot-anadvanceddrivingassistancesystem，[篇名]UnderstandingandModelingtheHumanDriver，[篇名]VehicleControlAlgorithmsforCooperativeDrivingWithAutomatedVehiclesandIntervehicleCommunications。

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简介：[篇名]Characteristicsofsprayparticlesbyproportionalcontrolnozzles，[篇名]Closed-loopsystemdisturbancerecovery，[篇名]Comparisonofcontrolstrategiesforfloorheating，[篇名]Experimentalevaluationofpositioncontrolmethodsforhydraulicsystems，[篇名]HVDCcontrolsforpowersystemstability，[篇名]Indexingvalveplatepump:modelingandcontrol，[篇名]RobustnessofRealandVirtualQueuebasedActiveQueueManagementSchemes，[篇名]Safetyinmobilehydraulicproportionalsystems。

简介：[篇名]ArealtimetransmissionschedulingschemefortheclassofserviceinWDMpassiverstarnetwork，[篇名]ActivecancellationofTollmien-Schelichtinginstabilitiesonanunsweptwingusingmulti-channelsensoractuatorsystems，[篇名]DigitallyControlledConverterwithDynamicChangeofControlLawandPowerThroughput，[篇名]FlexibledistributedcontrolofproductionlinewiththeLONfieldbustechnology:alaboratorystudy，[篇名]ImplementingaScalableASCProcessor，[篇名]Intelligentmonitoringandcontrolofindustrialprocessesthroughthelnternet，[篇名]JaVis:AUML-BasedVisualizationandDebuggingEnvironmentforConcurrentJavaPrograms，[篇名]Networkdistributedsofthandover。

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简介：[篇名]ANINTEGRATEDSYSTEMFORREAL-TIMEPCRANALYSISBASEDONMICROFLUIDICBIOCHIP，[篇名]Applicationofcontrollerstoatemperaturecontrolsystem，[篇名]AutomaticPIDtuningconsideringmotormaximuminputandpowerconsumptionforservocontrolsystems，[篇名]Backstepping-basedadaptivePIDcontrol，[篇名]Closed-loopIdentificationandIMCStructureforTemperatureControlSystemwithTimeDelay，[篇名]Controlloopperformancemonitoring-motivation,methods,userexpectations，[篇名]Controloftherotarycalcinerforsodaashproduction，[篇名]CX1000/CX2000controlandmeasurementstations。

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简介：[篇名]Acomparisonofoptimaliterativelearningcontrolschemes，[篇名]Acompositeenergyfunction-basedlearningcontrolapproachfornonlinearsystemswithtime-varyingparametricuncertainties，[篇名]Adiscrete-timeiterativelearningalgorithmforlineartime-varyingsystems，[篇名]Afeasibilitymethodforsuboptimallearningofequalityconstrainedoptimaltrajectories，[篇名]Ageneticalgorithmbasedoptimisationmethodforiterativelearningcontrolsystems，[篇名]AnewoptimalitybasedadaptiveILC-algorithm，[篇名]ANOVELPREDICTIVEANDITERATIVELEARNINGCONTROLALGORITHM，[篇名]APD-typeopen-closed-loopiterativelearningcontrolanditsconvergencefordiscretesystems，[篇名]ADirectAdaptiveControlDesignforNonlinearDiscrete-timeUncertainSystems，[篇名]Adirectadaptivecontrolstrategyformanagingdiabetesmellitus，[篇名]Adaptivecontrolofaerospacestructureswithpersistentdisturbances，[篇名]Adaptiveneural/fuzzycontrolforinterpolatednonlinearsystems，[篇名]Anadvancedneuralnetworktopologyandlearning,appliedforidentificationandcontrolofaD.C.Motor，[篇名]Designoffuzzylogiccontrollerforthefinetuningofweightingparametersofdirectadaptivecontrol。