简介:为研究扩展黑启动策略中被启动机组的启动顺序问题,首先从机组恢复全过程的角度全面分析了影响其启动顺序的因素,将定性因素以三角模糊数量化表示,建立了机组启动的模糊多属性群决策模型;然后根据专家个体重要性及其决策信息与专家群体意见的相似度计算得到专家个体综合权重,通过集结专家个人决策信息,将机组启动的模糊多属性群决策问题转化为模糊多属性决策问题;在此基础上采用基于三角模糊数的逼近理想解法求解得到各被启动机组最优的启动顺序。新英格兰10机39节点系统算例分析表明,该方法能够有效地对多台被启动机组的启动顺序进行排序,为调度决策人员提供科学合理的决策辅助信息。
简介:ControlDesignforaMixedRotaryandLinearMotorsBasedManipulator,ControlofaWearableRobotUsingaPowerSupplythroughUSB,CoumentSensor-lessSpeedServoSystemofPMMotorBasedonSelf-TuningCurrentSimulator,DESIGNOFROBUSTSYNCHRONIZINGCONTROLLERFORUNKNOWNSERVO-MOTORSYSTEMSWITHH{sup}∞CONTROLLER
简介:ALorentzforcetypeself-bearingmotorwithnew4-polewindingconfiguration;Adaptiveandfuzzyneuralnetworksliding-modecontrollersformotor-quick-returnservomechanism;Adaptivefuzzylogic-basedvelocityobserverforservomotordrives;Alternativecontrolstructuretodeterminethevelocitysignalbyemployinganaccelerationsensortocontrolaservomotor;Applicationofmodelreferencefrequency-shapedslidingmodecontrolwithpre-filtertoanelectrohydraulicservomotor;AutomaticPIDtuningconsideringmotormaximuminputandpowerconsumptionforservocontrolsystems;
简介:Dual-LoopFeedbackControlofServoMotorSystemsUsingSingularPerturbationMethod,FullyTuneAdaptiveFuzzyControlforMotor-ToggleServomechanism,ImplementationofArtificialIntelligentControlinSingle-LinkFlexibleRobotArm,ImplementationofRobustWavelet-Neural-NetworkSliding-ModeControlforInductionServoMotorDrive,Linearservomotorcontrolusingadaptiveneuralnetworks,Modelingandsimulationofahybridactuator,OntheslidingmodecontrolforDCservoMechanismsinthepresenceofunmodeleddynamics。
简介:DesignandDevelopmentofActiveDynamicVibrationAbsorber,DesignandSimulationofLinearPiezoelectricStepperMotorDriveusingResonantConverter,DEVELOPMENTOFAMICRO-STEPPINGMOTORDRIVESYSTEMFORTHEINDIGENOUSICPSEQUENTIALSPECTROMETER,Developmentofsemi-independenttypecontinuouslyvariabledampersystembyperformanceevaluationoffullvehicletest,DevelopmentofX-raydoublecrystalrockingcurvesetup,INFLUENCEOFTOOTH-GEOMETRYONTHETORQUEPERFORMANCEOFAHYBRIDSTEPPERMOTOR,LowmagneticfieldmappingusinganlnGaAs-AIGaAs-GaAs2DEGhallsensor。