简介:摘要;新能源汽车核心技术中整车控制器(VCU)、电机控制器(MCU)和电池管理系统(BMS)是最重要的三大核心技术,对整车的动力性、经济性、可靠性和安全性等有着重要影响。整车控制器通过采集电机控制系统信号、加速踏板信号、制动踏板信号及其他部件信号,对驾驶员的驾驶意图综合分析并做出相应判断后,计算出运行所需要的电机输出转矩等参数,从而协调各个动力部件的运动,保障电动汽车的正常行驶。此外,可以通过充电和制动能量回收等实现较高的能量效率。在完成能量和动力控制的同时,还监控下层的各部件控制器的动作,它对汽车的正常行驶、电池能量的制动回馈、网络管理、故障诊断与处理、车辆状态监控等功能起着关键作用。整车控制技术作为提高整车性能的内容,具有重要的研究意义。
简介:A10mW,4GHzCMOSPhase-LockedLoopwithDual-ModeTuningTechniqueandPartly-lntegratedLoopFilter;Aclean,quiet,environmentallyfriendlysnowmobile;Acomputer-controllersystemforstudyingthethermodesorptionofdeuterium;AcontrolofvehicleusingSteer-by-WiresystemwithHardware-In-the-Loop-Simulationsystem;AcorrdinatcdcontrolofSTATCOMtoimprovevoltagestability;ADesignofReflection-TypePolarizationControlDeviceUsingFerroelectricLiquidCrystals;
简介:Aremotesupervisorysystemforapowersystemprotectionandcontrolunitapplyingmobileagenttechnology,Aruggedandintelligentradiationmonitoringinstrumentforthebattletanks,Asecond-ordersemi-digitalclockrecoverycircuitbasedoninjectionlocking,ASingleClockCycleMIPSRISCProcessorDesignusingVHDL,Astudyonelectrochemicalmicromachiningforfabricationofmicrogroovesinanair-lubricatedhydrodynamicbearing,Astudyonhydrauliccontrolofafrictionbrakeforrailwayrollingstock(Istreport,adevelopmentofapoppettypebrakepressurecontrolvalve),Activecontrolofabladeflutterbymeansofacousticexcitation(lstreport,thecaseoflowfrequencyvibrationandsettingsoundsourceinparallelwithabladesurface)。
简介:AFlexibleMultivariableExperimentalAirTankSystemforProcessControlEducation,AGeneralFrameworkforTrackingObjectsinaMulti-CameraEnvironment,AHIGHLYSCALABLE3DCHIPFORBINARYNEURALNETWORKCLASSIFICATIONAPPLICATIONS,AMulti-InstitutionalInterdisciplinaryDistanceControlsExperiment;BringingEngineeringandEngineeringTechnologyStudentsTogether.
简介:AComparativeStudyofFeedbackControllerSensitivitytoallOrdersofPMDforaFixedDGDCompensator.Aconstructionofnonlinearservosystembyusingnonlinearplug-inadaptivecontrolscheme.AcontrollerdesignforreferencesignalwiththeN-thpoweroftilne.ALMI-basedSupervisoryRobustControlforHybridVehicles.ALPVApproachtoRobustH{sub}2andH{sub}∞,StaticOutput-FeedbackDesign.
简介:[篇名]Anear-optimalfuzzylogicstabilizerforweaklyconnectedpowersystems,[篇名]Aneuralnetworkbaseddesignofoptimalcontrollersfornonlinearsystems,[篇名]Anewapproachtodefiningadynamicrelativegain,[篇名]Anewoptimalcontrollerforintelligentvehicleheadwaydistance,[篇名]Apathgenerationalgorithmofanautomaticguidedvehicleusingsensorscanningmethod,[篇名]Aquantitativeanalysisofevolvabilityforanevolutionaryfuzzylogiccontroller,[篇名]ASatelliteAttitudeControllerUsingNonlinearH{sub}∞Approach。