简介:[篇名]AnApplicationofBranch-and-BoundMethodtoDeterministicOptimizationModelofElevatorOperationProblems,[篇名]Clustercontrolofadistributed-parameterplanarstructureusingacousticclusterfiltering,[篇名]ClusteredActiveNoiseControlofStructure-BorneSoundfromaRectangularPlate,[篇名]Elevatorgroupcontrolsystemusingmultiagentsystem,Implementationofclustercontrolmanagerformultiplewirelesslinkssharingsystems,[篇名]implementationofvelocityprofiles,[篇名]PCSOFTWAREINTERFACESINTOACINVERTERS:OPPORTUNITIES,LIMITATIONS,ANDREQUIREDDEVELOPMENTS,[篇名]ProblemsindesignofGCRMbasedonmulti-agentsystem。
简介:Astudyontheagent-basedword-recognitionlearningsystemforpupilswithmoderatementalretardation.AsystemforlearningXQueryqueriesbasedonexampleoperations.AWeb-BasedLanguageLearningSystem.AWWW-basedcooperativelearningsystemanditseffectsonstudents'achievement,Anadaptivereal-timemultimediadistancelearningsystembasedoncomputersupportedcollaborativework.
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。
简介:2003年11月一NI宣布推出NICVS-1455紧凑型视觉系统(CompactVisionSystem),较之今年7月问世的NICVS-1454系统,它成倍增加了处理功能,并将存储量提高了3倍。凭借这一优化的性能,工程师们可以使用全新的NICVS-1455极大地提高视频监测应用的速度。“NICVS-1455紧凑型视觉系统的高性能