简介：摘要：随着科技的不断进步，智能技术在电气工程自动化控制中的应用越来越广泛。本文首先介绍了智能技术的概念和特点，然后详细探讨了智能技术在电气工程自动化控制中的具体应用，包括智能控制、故障诊断、优化设计等方面。接着分析了智能技术应用带来的优势，如提高控制精度、增强系统稳定性、降低运行成本等。最后，对智能技术在电气工程自动化控制中的未来发展趋势进行了展望。

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简介：A10mW,4GHzCMOSPhase-LockedLoopwithDual-ModeTuningTechniqueandPartly-lntegratedLoopFilter;Aclean,quiet,environmentallyfriendlysnowmobile;Acomputer-controllersystemforstudyingthethermodesorptionofdeuterium;AcontrolofvehicleusingSteer-by-WiresystemwithHardware-In-the-Loop-Simulationsystem;AcorrdinatcdcontrolofSTATCOMtoimprovevoltagestability;ADesignofReflection-TypePolarizationControlDeviceUsingFerroelectricLiquidCrystals;

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简介：Aremotesupervisorysystemforapowersystemprotectionandcontrolunitapplyingmobileagenttechnology，Aruggedandintelligentradiationmonitoringinstrumentforthebattletanks，Asecond-ordersemi-digitalclockrecoverycircuitbasedoninjectionlocking，ASingleClockCycleMIPSRISCProcessorDesignusingVHDL，Astudyonelectrochemicalmicromachiningforfabricationofmicrogroovesinanair-lubricatedhydrodynamicbearing，Astudyonhydrauliccontrolofafrictionbrakeforrailwayrollingstock(Istreport,adevelopmentofapoppettypebrakepressurecontrolvalve)，Activecontrolofabladeflutterbymeansofacousticexcitation(lstreport,thecaseoflowfrequencyvibrationandsettingsoundsourceinparallelwithabladesurface)。

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简介：AFlexibleMultivariableExperimentalAirTankSystemforProcessControlEducation,AGeneralFrameworkforTrackingObjectsinaMulti-CameraEnvironment,AHIGHLYSCALABLE3DCHIPFORBINARYNEURALNETWORKCLASSIFICATIONAPPLICATIONS,AMulti-InstitutionalInterdisciplinaryDistanceControlsExperiment;BringingEngineeringandEngineeringTechnologyStudentsTogether.