ScholarWorks@Hongik: Chung, Gyo Bum

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Chung, Gyo Bum (정교범)

College of Science and Technology (Department of Electronic & Electrical Convergence Engineering)

Research Area: 전기공학, 전력전자, Electrical Engineering, Power Electronics

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Energy harvesting:5||Harmonics:3||Partial Discharge:3||Micro piezoelectric device:2||Dual Converter:2||ThreePhase FourWire Active Power Filter:2||Thyristor:2||Circulating Current:2||Vertical Stabilization Converter:2||Power quality(PQ):2||Wind power generation system:2||AntiWindup Scheme:2||Pulse:2||Pulse width modulation:2||Pulsed resonant converter:2||Quasiresonant converter:2||Mold Transformer:2||Currentdoubler rectifier:2||ITER:2||Resonance:2||current doubler rectification:2||Neural Network:2||errorspace approach:2||Neutral Line:2||Electric Machinery:2||Energy Harvesting:2||LCL filter:2||PDP:2||LLC series resonant converter:2||Artificial Neural Network:2||Fast Fourier transform(FFT):2||SVPWM Inverter:2||DCDC converter:2||Artificial Neural Network(ANN):2||Lowpower electronics:2||robust control:2||Discrete Wavelet Transform(DWT):2||ArtificialIntelligent Diagnosis Method:2||MOSFET:2||CRA:2||PWM converter:2||Parasitic capacitance:2||Active damping:2||MRAS(Model Reference Adaptive System) Observer:2||Modular plugin APD:1||NHER:1||NPC type 3level inverter:1||NiMH battery modeling:1||Numerical analysis:1||Operational modes:1||Optimization Techniques(최적화기법):1||PID fuzzy controller:1||PQ:1||PQ control:1||PSIM:1||PSIM simulation:1||PSiM battery model:1||PSpice:1||PV power system:1||PWL modeling:1||PWL(Piece Wise Linear):1||PhotoSensorless:1||Piezopowered switching:1||Piezoelectric device:1||Power Quality(PQ):1||Power disturbance classifier:1||Power quality:1||Propulsion Motor(추진전동기):1||Regulation:1||Remote wireless monitoring:1||Renewable energy:1||Resonance.:1||Resonant DC/DC converter:1||Resonant pulse power converter:1||Ripple power minimization:1||Rotor bar:1||SOC:1||SOC estimation:1||SOC(State of Charge):1||SPWM converter:1||SVPWM:1||Self switching:1||Self switching Resonance:1||Selfpowered switching:1||Sensitivity algorithm:1||Sensorless Photovoltaic tracker:1||Solar tracking:1||Squirrel cage induction motor:1||State observer:1||State of charge:1||StateSpace Averaging Method:1||TakagiSugeno Fuzzy Model:1||TakagiSugeno fuzzy model:1||Thermoelectric energy harvesting:1||Thermoelectric module:1||Time Series Data:1||Vector control:1||Waveletbased neural network:1||Zigzag transformer:1||asymmetric half bridge DC/DC converter:1||asymmetric halfbridge DC/DC converter:1||battery electrical model:1||boost converter:1||brushless dc motor:1||cogging torque:1||compensated erroramplifier:1||control:1||design sensitivity:1||estimation:1||heart rate:1||hysteresis:1||integral control:1||kalman filter:1||linear matrix inequality:1||lithiumpolymer battery:1||loop gain:1||modeling error:1||optimization:1||permanent magnet (PM):1||regulation:1||response surface method (RSM):1||session:1||state space averaging:1||steps:1||the Extended Kalman Filter:1||voltage regulation:1||3rd regional operation:1||wirelessly:1||AC/DC resonant piezopowered boost converter:1||APD (Active Power Decoupling):1||Active power decoupling circuit:1||Asymmetric Half Bridge DC/DC converter:1||BLDC:1||Battery Charging:1||Battery OCV:1||Battery electrical modeling:1||Capacitance optimization:1||Current Minimization(전류최소화):1||DC voltage control:1||Discrete Wavelet Transform:1||Double fourier series:1||Doublefed induction generator:1||Doublefed induction machine:1||ECG:1||EKF(Extended Kalman Filtering):1||ESS:1||Fast Fourier Transform:1||Fault diagnosis:1||Feature Vector:1||Finite Element Method:1||Fuzzy PI control:1||Fuzzy control:1||Grid voltage estimation:1||HEV simulator:1||Hidden Layer:1||High power density converter:1||Hybrid Electrical Vehicle (HEV):1||Integral Control:1||IoT:1||IoT platform:1||Lipolymer battery:1||Linear Matrix Inequality:1||Lithiumpolymer battery:1||Low Voltage(저전압):1||Lowvoltage AC current source:1||MCU:1||MOSFET rectifier:1||MPPT:1||Micropower converter:1||Micropower converter:1||Modular Structure:1||

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