ScholarWorks@Hongik: Lee, Dong Myung

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Lee, Dong Myung (이동명)

Engineering (Electronic & Electrical Engineering)

Research Area: 전력전자

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PMSM:5||Observer:4||HILS:4||sensorless control:4||HVDC:4||Sensorless control:4||plasma display panel (PDP):3||hardwareintheloop simulation (HILS):3||MMC:3||Parameter estimation:3||Permanent Magnet Synchronous Motor:3||Halleffect sensor:3||FPGA:2||Position estimation:2||Zero voltage switching(ZVS):2||Recursive Least Square:2||Modular multilevel converter (MMC):2||HighSpeed Trains:2||Highfrequency wave injection:2||driving method:2||sustain driver:2||energy recovery circuit:2||MultiLevel Systems:2||Fourswitch inverter:2||Sensorless Control:2||Interleaved boost converter (IBC):2||Simulation model:2||Simulink model:2||lowcost:2||Space Vector PWM:2||Inverter:2||Kalman filter:2||Overmodulation:2||offshore windpower generation:2||parameter estimation:2||Continuous conduction mode (CCM):2||Converter:2||PWM:2||A single resonant inductor:2||B4 inverters:2||Extended Kalman Filter:2||Hall Effect Sensor:1||Hall effect sensor:1||Halleffect sensors:1||High Frequency Voltage Injection:1||High switching frequency:1||High voltage direct current (HVDC) transmission:1||IPMSM:1||Interior Permanent Magnet Motor:1||LCD backlight:1||LVRT:1||Load Unbalance:1||MMC(modular multilevel converter):1||MRAS (Model reference adaptive System):1||MRAS technique:1||Matsui:1||Minimum active power injection:1||Modulation index (MI):1||Motor Constant:1||Multilevel Systems:1||Nearest level modulation (NLM):1||Neural Network:1||Notch filter:1||Offset voltage injection:1||PM Demagnetization:1||PM Synchronous Motor:1||PM synchronous motor:1||PM synchronousmotor (PMSM):1||PMSM(Permanent Magnet Synchronous Motor):1||PWM Converter:1||Parameter Estimation:1||Permanent magnet synchronous motor (PMSM):1||Permanent magnet synchronous motor drive:1||Renewable energy:1||Ripple compensation:1||Rotor Eccentricity:1||SPM motor:1||SVPWM:1||SVPWM(Space Vector PWM):1||Sensorless operation:1||Space Vector PWM (SVPWM):1||Speed Control:1||Speed control:1||Split DCLink:1||Split dclink:1||Static overmodulation scheme:1||Stator flux calculation:1||Stator resistance:1||Submodule (SM):1||Third harmonics:1||Torque ripple reduction:1||Total harmonic distortion:1||Total harmonic distortion (THD):1||Uncertainties:1||Verilog HDL:1||Voltage dips:1||Voltage pulse injection:1||Wye or deltaconnected motor:1||clamping diode:1||condition monitoring:1||detailed equivalent circuit:1||driving circuit:1||fault classification:1||field programmable gate array (FPGA):1||full speed range:1||fullbridge inverter:1||gate driver:1||high voltage direct current (HVDC) transmission:1||interior permanentmagnet motor:1||load unbalance:1||low temperature:1||lowvoltage rating:1||model reference adaptive system(MRAS):1||modular multilevel converter (MMC):1||nearest level modulation (NLM):1||path diode:1||path switch:1||permanent magnet (PM):1||permanent magnet (PM) demagnetization:1||phase difference:1||position detection error:1||position estimation observer:1||power supply:1||rated capacity:1||reactive power:1||recursive least square:1||recursive least square (RLS):1||ripple compensation:1||rotor eccentricity:1||rotor position estimation:1||simulation model:1||split dclink capacitor:1||square waveform voltage injection:1||stator resistance:1||submodule (SM):1||thermal monitoring:1||topload washing machine:1||total harmonic distortion (THD):1||trapezoidal waveform:1||twophase conduction method:1||unified powerquality conditioner (UPQCQ):1||unknown input observer:1||vector control:1||voltage ripple:1||voltage sag:1||1st order observer:1||wind power generation:1||2level:1||2level inverter:1||3level NPC (Neutral Point Clamped) inverters:1||3level power converter:1||Adaptive control:1||Advance angle:1||Axial Leakage Flux:1||Axial leakage flux:1||B4 inverter:1||BLDC motor:1||BackEMF detectionbased sensorless control scheme:1||Bumpremoval scheme:1||Capacitor Voltage Estimation:1||Current ripple reduction:1||DCLink Voltage Ripple:1||DClink Voltage Ripple Compensation:1||DRM (Duty Ratio Modulation):1||DTC (Direct Torque Control):1||Deadtime Effect:1||Demagnetization:1||Dfig system:1||Difference Equation:1||Driving circuit:1||EEFL:1||Emergency operation:1||Energy Storage System(ESS):1||Equivalent circuit model:1||Fault Classification:1||Fault Redundancy:1||Fixed switching frequency:1||Flux tracking:1||FourSwitch Inverter:1||FourSwitch Inverter (PSI):1||Fourier series Expansion:1||Fuzzy Load Torque Observer:1||Fuzzy control:1||Gain adjustment:1||Grid connected operation:1||Grid fault:1||HILS (Hardware in the Loop Simulation):1||

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