CAU Scholar's Space: Kwak, Sang Shin

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Kwak, Sang Shin (곽상신)

창의ICT공과대학 (전자전기공학부)

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Tel 02-820-5346
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plasma display panel (PDP):12||predictive control:11||Model predictive control:11||model predictive control:11||Switches:10||current control:8||Predictive control:6||direct power control:6||energy recovery circuit:5||Current control:5||Switching loss:5||Aging:5||matrix converter:5||perphase:5||Inverters:5||Voltage control:5||voltage source inverter:5||Control systems:4||Circuit faults:4||Sustain driver:4||Artificial Intelligence:4||Voltage:4||Voltage source inverter:4||energy recovery:4||voltage source inverter (VSI):4||Legged locomotion:4||Modular multilevel converter:4||0 V:4||sustain driver:4||Capacitors:3||Stress:3||Series Arc:3||threephase voltage source inverter:3||Switching frequency:3||predictive control method:3||Wiring:3||plasma display panel:3||commutation:3||Fault diagnosis:3||Reliability:3||space vector modulation:3||voltage source converter:3||Deep learning:3||Switching losses:3||hybrid power filter:3||Artificial intelligence:3||modular multilevel converter (MMC):3||Lifetime:3||switching losses:3||Condition monitoring:3||switching loss:3||modulation algorithm:3||lifespan:3||Batteries:3||DC series arc:3||Rotors:3||Parallel AC Arc:3||Active power filter:2||DC link electrolytic capacitor:2||harmonic compensation:2||high efficiency:2||Powertrain:2||Model predictive control (MPC):2||Lifetime estimation:2||switching frequency:2||switching function:2||CarrierBased PulseWidthModulation:2||hybrid electric vehicles:2||Pulse width modulation:2||ACDC matrix converter:2||Rectifiers:2||thermal reduction:2||induction motor:2||Fast Fourier Transform:2||Fast Fourier transform (FFT):2||Robot actuation:2||artificial intelligence:2||inverter:2||junction temperature:2||Robots:2||Fault Diagnosis:2||lifetime:2||Series AC Arc:2||twophase matrix converter:2||capacitor monitoring:2||cascaded Hbridge (CHB) inverter:2||circulating current:2||Machine Learning:2||virtual flux:2||loadcommutated inverter (LCI):2||commonmode voltage:2||computational burden:2||lowcost:2||Servomotors:2||voltagesource inverter:2||Matrix converter:2||lowvoltage rating device:2||conduction and switching losses:2||machine learning:2||matrix rectifier:2||3phase 4wire:2||Shouldering Effect:2||sustain circuit:2||model based ESR estimation:2||model predictive control (MPC):2||current ripples:2||Arc Detection:2||current source inverter:2||multiobjective optimization:2||Commonmode voltage:2||Simulation:2||Multilevel inverter:2||data based estimation:2||DC/AC converter:2||Capacitance:2||Multilevel inverter:2||Stator windings:2||Stators:2||Supercapacitors:2||Support vector machines:2||offset voltage injection:2||diode reverserecovery:2||Sustain circuit:2||discontinuous PWM:2||Multiphysics analysis:2||NPC:2||path switches:2||driving circuit:2||dual motor drive:2||TCC:2||Capacitance estimation:2||Arc Fault Detection:2||Thermal stresses:2||Generators:2||Cost function:2||Harmonic compensation:2||preselection:2||ACAC converter:2||Driving system:2||pulsewidth modulation:2||Dual Voltage Power Supply.:2||Hybrid Energy Storage:2||reliability:2||energy recovery and injection circuit:2||Arc diagnosis:2||resonant gate driver:2||equivalent series resistor (ESR):2||DC Arc Fault:2||Inductors:2||faulttolerant strategy:2||Voltage source converter:2||silicon carbide MOSFET:2||DC Parallel Arc:2||DC arc failure:2||singlephase voltage source inverter:2||ESR:2||Windings:2||Electric Vehicle:2||gate oxide degradation:2||PWMvoltage source rectifier:1||Parallel arc:1||Perphase control:1||Permanent magnet motors:1||Permanent magnetassisted synchronous reluctance generator (PMaSynRG):1||Plasma display panel (PDP):1||Power Converter:1||Power cycling:1||Power factor:1||Power generation:1||Power semiconductor device:1||Powertrains:1||Preselection technique:1||Pulsewidth modulation:1||Remaining useful life(RUL):1||Remaining useful lifetime (RUL):1||Resonant circuit:1||SSTS:1||Safety:1||Series DC arc:1||Series arc:1||Shafts:1||Short circuit:1||Shortcircuited switch fault:1||Shouldering:1||SiC MOSFET:1||SiCMOSFET:1||SiCMOSFET aging:1||Silicon:1||Silicon carbide:1||Simple RNN:1||Singlephase:1||Sorting algorithm:1||Space Vector PWM (SVPWM):1||Standard deviation:1||Switching Loss:1||Switching loss balancing:1||Switching loss reduction:1||Switching pattern balancing:1||THD:1||Taylor series method:1||Temperature:1||Thermal analysis:1||Threelevel fourleg inverter:1||Threephase PWM rectifier:1||Threephase active AC/DC converter:1||Threephase converter:1||Threephase fourleg voltage source inverter:1||Threephase fourwire:1||Threephase voltage source converter:1||Time Domain:1||Topology:1||Torque:1||VSI(Voltage Source Inverter):1||Virtual space vector:1||Voltage ratings:1||Voltage source inverters:1||Voltage source rectifier:1||Voltagesource inverter:1||Waveform quality:1||Weighting factor:1||Wireless power transfer:1||ZCD:1||ZVS:1||Zerosequence voltage:1||actodc matrix rectifier:1||active filter (AF):1||active power filter:1||active power filter (APF):1||active rectifier:1||active thermal control:1||active vector:1||actuator loads:1||actuators:1||address time delay:1||advanced learning intelligence:1||aging:1||and ultra high speed:1||artificial learning models:1||auxiliary circuit:1||battery electric vehicle:1||bias circuit:1||capacitor RMS current:1||cascode GANFET:1||cosimulation:1||computation reduction:1||computational load:1||concentrated winding:1||constant switching frequency:1||control strategy:1||converter:1||converter efficiency:1||converter rating:1||current balancing technique:1||current source converter:1||current source driver:1||current source inverter (CSI):1||currentsource inverter:1||currentsource inverter (CSI):1||currentsource inverters:1||dc to ac:1||dc voltage ripple:1||degradation:1||degradation aware controller:1||deterministic approach:1||different domains:1||differential evolution strategy:1||diode rectifier:1||direct ac/ac converter:1||direct power control (DPC):1||discharge ignition:1||discontinuous pulsewidthmodulation:1||discontinuous pwm:1||distributed winding:1||double vector:1||doublepulse test:1||driving method:1||dualoutput buses:1||dualoutputsingleinductor structure:1||dynamic model:1||dynamic performance:1||dynamics:1||electric components:1||electric compressor:1||electric machine power density optimization:1||electric machines:1||electric system architecture:1||electric vehicle:1||electrified vehicles:1||electrolytic capacitor:1||electrolytic capacitors:1||empirical filtering:1||energy efficiency:1||energy storage:1||fast Fourier transform:1||fault detection:1||fault diagnosis:1||fault diagnosis algorithm:1||faulttolerant algorithm:1||feature extraction:1||fictitious DClink model:1||film capacitor:1||finite set control:1||frequency characteristic:1||frequency characteristics:1||frequency fluctuation:1||frequency fluctuations:1||gate driver:1||gate turnoff thyristor (GTO) inverter:1||generators:1||grid condition:1||harmonics:1||high electric field stress:1||highefficiency:1||highspeed addressing method:1||hybrid circuit:1||hybrid electric vehicle (HEV):1||hybrid power systems:1||hybrid vehicle:1||identifying arc fault:1||increase level number:1||inductive charging:1||instantaneous power theory:1||intelligence learning diagnosis:1||interleaved PFC:1||internal fault:1||junction temperature estimation:1||lateral misalignment:1||levelincreased NLC:1||lifetime estimation:1||lifetime extension:1||light emitting diode:1||linear quadratic regulator (LQR):1||linear transfer functions:1||load control:1||loadcommutated converter:1||loss analysis:1||loss balance:1||loss reduction:1||losses distribution:1||lowvoltage power supply:1||lowvoltage rating:1||lumped parameter model:1||magnetic coupling:1||maximum power point control:1||maximum torque per ampere (MTPA):1||mechanical antenna:1||metallized polypropylene film capacitor:1||minimum reactive power reference:1||model predictive current control:1||modular multilevel converter:1||more electric vehicles:1||motor drive:1||moving average:1||multilevel inverter:1||multifunctional dcdc conversion:1||multilevel converter:1||multilevel inverter:1||multiphase winding:1||multiplebus motoractuator drives:1||nearestlevel control (NLC):1||nearestlevel modulation:1||neutral point (NP) voltage balance:1||neutral point clamped converter:1||neutral point clamped rectifier:1||nonlinear control:1||nonlinear observer:1||online input current control:1||online parameter identification:1||open and shortcircuit faults:1||opencircuited switch fault:1||optimal power distribution:1||oscillating water column:1||output voltage:1||output voltage quality:1||path diode:1||path switch:1||permanent magnet assisted synchronous generator:1||permanent magnet machine:1||permanent magnet motor:1||phase optimization:1||phase shift PWM:1||phasecontrolled rectifier (PCR):1||phaseshifted carrier pulsewidth modulation:1||photovoltaic system:1||power converter topology:1||power factor adjustment:1||power factor control:1||power loss calculation:1||power performance:1||power quality:1||predictive control algorithm:1||preselection switching state:1||pulsescan driving method:1||pulsewidth modulation (PWM):1||pulsewidthmodulated currentsource rectifier (PWMCSR):1||quadbus motor drive system:1||reduce switching losses:1||reset circuits:1||resonant circuit:1||resonant coupling:1||resonant network:1||resonant operation:1||resonator:1||rotordynamic:1||safety margin:1||sensorless control:1||series DC arc:1||series arc:1||silicon carbide:1||single scan (SS):1||singleinductor multioutput structure:1||singlephase threelevel NPC converter:1||singlephase voltage source inverter (VSI):1||sixphase machine:1||sixphase motor:1||sixstep current source inverter:1||small signal models:1||smallsignal modeling:1||space vector:1||space vector PWM:1||stability criteria:1||statedependent Riccati equation (SDRE):1||structural integrity:1||submodule capacitor voltage balancing control:1||suboptimal control:1||switch loss model:1||switching devices:1||switching loss reduction:1||switching noise elimination:1||switching noise removal:1||switching strategy:1||system structure:1||telecom PFC:1||thermal acceleration:1||threephase pulsewidth modulated rectifier:1||threesigma rule:1||thyristor:1||thyristors:1||torque control coefficient:1||total harmonic distortion:1||total harmonic distortion (THD):1||traction inverter:1||transfer functions:1||transportation:1||turbine efficiency:1||turnoff delay:1||turnon delay:1||twolevel threephase:1||twophase load:1||twophase system:1||ultrahighspeed machine:1||ultrahighspeed motor:1||unity power factor:1||virtual capacitor:1||virtual flux control:1||voltage 12:1||voltage 24:1||voltage 36:1||voltage 48:1||voltage boost:1||voltage source rectifier (VSR):1||voltagesource inverter (VSI):1||wave energy converter:1||winding function:1||wireless power transfer:1||zerosequence voltage:1||zerovoltage switching (ZVS):1||동특성 응답:1||모델예측전류제어:1||비례적분제어기 기반 펄스폭 변조:1||전력변환장치:1||"Control methods":1||진동수주:1||"Converter control":1||"Multilevel converter":1||"Voltage source inverters (VSI)":1||2leg interleaved DCDC boost converter:1||3level 4leg:1||3level NPC (Neutral Point Clamped) inverters:1||4 Level NNPC inverter:1||48V power supply:1||AC Arc Detection:1||AC converter:1||AC output capacitor:1||AC plasma display panel (PDP):1||AC/DC converter:1||ANSYS Icepak:1||Acdc active front end:1||Accelerated aging experiment:1||Active Thermal Control:1||Active front end rectifier:1||Active frontend (AFE) rectifier:1||Active rectifiers:1||Active thermal control (ATC):1||Active voltage vector:1||Aging characteristic:1||Aluminum capacitors:1||Aluminum electrolytic capacitor:1||Analytic modeling:1||Analytical models:1||Arc characteristics:1||Arc detection:1||Arc energy:1||Arc fault detection:1||Artificial Learning:1||Artificial learning:1||Asymmetric voltage transition:1||B4 inverter:1||Backtoback PWM voltagefed drive:1||Battery Electric Vehicle (BEV):1||Battery management system:1||Bending:1||Bidirectional DCDC converter:1||Bidirectional switch:1||Brushless dc (BLDC) motor:1||CNN:1||Calculation burden:1||Calculation reduction:1||Capacitance monitoring:1||Capacitor estimations:1||Capacitor filter:1||Capacitor health condition:1||Capacitor voltage control:1||Carrier Based PWM:1||Cascaded Hbridge:1||Cascaded Hbridge inverter:1||Cascaded hbridge inverter:1||Cascode GaN FET:1||Cell balancing method:1||Circulating current:1||Comparison of efficiency:1||Condition monitoring (CM):1||Constant switching frequency:1||Control methods:1||Converter control:1||Current ratings:1||DC:1||DC arc fault:1||DC buses:1||DC motor drives:1||DC parallel arcs:1||DC ripple reduction:1||DCDC boost converter:1||DCDC converter:1||DClink capacitor:1||DClink capacitor conditions:1||DCmotor:1||DC/AC 3phase converter:1||DC~series arc:1||DNN:1||Deep learning technique:1||Deep neural network (DNN):1||Diode rectifier:1||Dipole antennas:1||Direct power control (DPC):1||Dissymmetric energy transfer speed:1||Driving circuit:1||Driving schemes:1||Dual supply net:1||Dynamic Modeling:1||Dynamic analysis:1||Dynamics Response:1||Dynamics of vehicles:1||Electric vehicles:1||Electromagnetics:1||Energy recovery and injection circuit (ERIC):1||Equivalent series resistor (ESR):1||FEM analysis:1||Fault detection:1||Faultmode behaviors:1||Faulttolerant capability:1||Faulttolerant drive:1||Feature extraction:1||Ferrite core:1||Film Capacitor:1||Film Capacitor Condition:1||Finite control set (FCS):1||Finite control set model predictive control (FCSMPC):1||Finite element analysis (FEA):1||Finite element analysis (fea):1||Flying capacitor inverter:1||Frequency domain:1||Frequencydomain analysis:1||Fuel cells:1||Geometry:1||Health Monitoring:1||Heavy electric vehicle:1||High electric field:1||Highfrequency component:1||Hybrid power filter:1||IGBT module:1||Insulated gate bipolar transistors:1||Interior permanentmagnet synchronous motor (IPMSM):1||Junctions:1||Kalman filter:1||LC resonant network:1||LC resonant operation:1||LSTM:1||Load modeling:1||Loading:1||Loss analysis:1||Loss measurement:1||MMC(Modular Multilevel Converter):1||MOSFET:1||MPC(Model Predictive Control):1||Mathematical model:1||Matrix rectifier:1||Model Predictive Control:1||Model Predictive Current Control:1||Model predictive control methods:1||Modelpredictivecontrol:1||Modular multilevel converter (MMC):1||Multilevel converter:1||Multilevel converters:1||Nearestlevel control:1||Neural network:1||Neurons:1||Neutral point clamped (NPC) inverter:1||Neutral point clamped inverter:1||Neutral point clamped(NPC) inverter:1||Onresistance:1||Open switch fault:1||Opencircuited switch fault:1||Optimization:1||Oscillating Water Column:1||Overmodulation:1||PI&IP Controllers:1||PIPWM:1||PM machine:1||PMSM:1||PSIM modeling:1||

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