简介:[篇名]Aselftuningpredictivecontrollerbasedoninstantaneouslinearizationusingneuralnetworks,[篇名]Discrete-timeneuro-fuzzyadaptivecontrolbasedondynamicinversionforroboticmanipulators,[篇名]Fuzzyadaptiveoutputtrackingcontrolofaclassofcompositesystems,[篇名]Modelreferencefuzzyadaptivecontrolofdissolvedoxygenconcentration,[篇名]Model-referencefuzzyadaptivecontrolasaframeworkfornonlinearsystemcontrol,[篇名]Multivariablefuzzyadaptivecontrolofnonlinearsystems。
简介:[篇名]ADirectAdaptiveControlDesignforNonlinearDiscrete-timeUncertainSystems,[篇名]Adirectadaptivecontrolstrategyformanagingdiabetesmellitus,[篇名]Adaptivecontrolofaerospacestructureswithpersistentdisturbances,[篇名]Adaptiveneural/fuzzycontrolforinterpolatednonlinearsystems,[篇名]Anadvancedneuralnetworktopologyandlearning,appliedforidentificationandcontrolofaD.C.Motor,[篇名]Designoffuzzylogiccontrollerforthefinetuningofweightingparametersofdirectadaptivecontrol,[篇名]DirectAdaptiveControlforNonlinearMatrixSecond-OrderSystemswithTime-VaryingandSign-IndefiniteDampingandStiffnessOperators,[篇名]Fuzzydirectadaptiveslidingmodecontrolofinterconnectedlarge-scalesystems。
简介:Modelreferenceadaptivecontrolofcontinuous-timesystemswithanunknowninputdead-zone,Modelreferenceadaptivecontrolofnon-linearmultivariablesystemsusinganinteractorstructureestimation,Modelreferenceadaptivecontrolofsynchronousmachinespeedviamodel-updatingconcept,ModelReferenceAdaptiveControlusingDelta-operatorwithNeuralNetworkforPneumaticServoSystem.
简介:Robustadaptivepathfollowingofunder-actuatedships.RobustAdaptiveStabilizationforTimeVaryingUncertainNonlinearSystemswithUnknownControlCoefficients,Robustadaptivetrackingfortime-varyinguncertainnonlinearsystemswithunknowncontrolcoefficients,Robustandadaptivepathfollowingforunderactuatedautonomousunderwatervehicles.Smoothshiftcontrolofautomatictransmissionsusingarobustadaptiveschemewithintelligentsupervision.
简介:[篇名]Acontrollertocompensatevoltagesags,unbalanceandharmonicdistortionusingaseriesactivefilter,[篇名]AMethodofSimpleAdaptiveControlforMIMONonlinearContinuous-TimeSystemsUsingMultifractionNeuralNetwork,[篇名]Amodulararchitectureforformationcontrol,[篇名]AMultivariableRobustModelReferenceAdaptiveControllerusingaModifiedLeast-SquaresAlgorithm,[篇名]ANewRobustAdaptiveControlSchemeforLinearTimeVaryingPlants,[篇名]Anoveldual-axisrepulsivemaglevguidingsystemwithpermanentmagnet:modelingandcontrollerdesign,[篇名]ASUPERVISEDDISCRETEADAPTIVECONTROLSCHEMEWITHMULTIESTIMATION。
简介:Advancesinresistanceweldingforbody-in-white.AnacceleratedGauss-Seidelmethodforinversemodeling,ApplicationoftheRTNNmodelforasystemidentification,predictionandcontrol.Controlstructureofstabilizingcontrollerfortheminimumphasesystemsanddesignmethodofadaptivecontrolsystems.DevelopmentofdatabaseandFEMassistedintelligentcontrolpressformingsystem.
简介:摘要:在日常生活中,机器人的使用场景逐步趋于多元化,并且逐步呈现出在部分领域开始替代人工的趋势。AGV(Autonated Guided Vehicle),即自动引导运输车,被广泛应用于工业、运输、电子、流水线作业等多个领域。但是现阶段的自动引导运输车主要瞄准的领域为室内应用或平整的室外工作环境。主要原因是AGV小车需要依据定位标签等信息按照预定路线行进,在行进过程中如果出现运行轨迹与外界环境冲突或地形因外界因素出现轻微的变化则会导致小车运行出现异常情况。因此,本项目通过分析设计了一种基于动态融合策略控制算法与自适应悬挂车辆结构的全地形AGV车辆,针对AGV高度依赖室内定位标签与地形适应能力差的特点提出了针对性的解决方案。