简介:DevelopmentStatusofWidebandInterNetworkingengineeringtestandDemonstrationSatellite(WINDS);DevelopmentstatusofWINDS(WidebandlnterNetworkingengineeringtestandDemonstrationSatellite);Dynamicdriving/brakingforcedistributioninelectricvehicleswithindependentlydrivenfourwheels;EnvironmentalstresscrackingofthermoformedABSininnercaseofrefrigerator;ExplosionofanABSpressurizedairline……
简介:RuntimeadaptationofUMTSservicestoavailableresources;Self-learningfuzzysliding-modecontrolforantilockbrakingsystems;Simulatedandexperimentalstudyofhydraulicanti-lockbrakingsystemusingsliding-modePWMcontrol;Slidingmodecontrolonelectro-mechanicalsystems;SMBblockcopolymers,orthepowerofnanostructuration;ThestudyofthestictionfreemagneticrecordingheadwithDLCpad-theoptimizationofDLCpadandABSdesign
简介:AStudyonChemicalResistanceofPC/ABSAlloyforInstrumentPanel;Astudyonsafetydesignprocedureforautomotiveactivesafetysystem;Anti-lockbrakesystemcontrolforbusesbasedonfuzzylogicandasliding-modeobserver;ApplicationofFuzzyControlAlgorithmsforElectricVehicleAntilockBraking/TractionControlSystems;CompatibilizationofNYLON6nanocomposites/ABSblendsusingfunctionalizedmetallocenepolyolefinelastomer……
简介:常用的抗干扰控制方法依赖于对象的精确模型,这对受不确定负载干扰影响的系统是不现实的。PID控制虽然不依赖于对象的模型,但其抗干扰能力不强。针对这一问题,设计了不依赖对象模型的自抗扰控制器,并搭建了模拟受随机负载干扰的电液位置伺服控制系统实验台;然后基于自抗扰控制器,在该实验台上分析研究了该电液位置伺服控制系统的性能。