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:院风能作为一种清洁的可再生能源,已成为世界各国新能源供应的重要手段,发展前景非常广阔。为了克服风能稳定性差的缺点,本文设计了基于微控制器PID算法的风电变桨控制系统,实现对发电机输出功率的恒定控制。
简介:针对PID控制器参数优化问题,提出了基于多种群遗传算法的参数整定方法。为了实现快速高效的参数优化,我们将多种群遗传算法与下山单纯形局部优化算法相结合,提高了算法搜索到全局最优解的概率,并加快了算法收敛速度。实验结果表明,该方法可以实现最优PID参数控制,得到比经典遗传算法更为理想的控制效果。此外,该方法具有普遍的适用性,可用于其它参数优化问题。
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。