ScholarWorks@Gachon: Shon, Jin Geun

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Shon, Jin Geun (손진근)

Graduate School (Dept. of Next Generation Smart Energy System Convergence)

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Tel 031-750-5711
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Harmonics:5||MPPT:4||ANC(active noise control):4||Power Factor:3||Flyback converter:3||Photovoltaic:3||Photovoltaic (PV):3||P&:3||Voltage sag:2||Power transformer:2||DPP (differential power processing):2||Fire detection system:2||PI controller:2||Equivalent Series Resistance(ESR):2||Antiwindup:2||Hybrid APF:2||Railway Vehicle:2||Hybrid Active Power Filter:2||Reactive Power:2||Reactive Power.:2||Stochastic random search:2||Asset management:2||Active Power Filter(APF):2||Hybrid transformer:2||Remote diagnosis monitoring system:2||Halfbridge inverter:2||DC electrolytic capacitor:2||Passive Power Filter:2||Passive Power Filter(PPF):2||Liquid crystal alignment:2||Induction motor:2||Photovoltaic generation system:2||Transfer function:2||Integrator windup:2||Positive Sequence:2||Power Conversion Efficiency:2||MPPT(maximum power point tracking):2||Fuzzy logic:2||Acoustic feedback:2||Correlation LMS(CLMS):1||Correlation LMS(least mean square:1||Current measurement:1||DC link electrolytic capacitor:1||DPP:1||DPP(Differential Power Processing):1||DPP(differential power processing):1||DSOGIFLL:1||DSOGIPLL:1||Defuzzification correction operation:1||Differential power DC/DC converter (DPP:1||Differential power processing (DPP):1||Differential power processing (DPP) structure:1||Digital signal processing:1||Direct rotor fieldoriented control(DFOC):1||Displacement Power Factor:1||Distributed generation:1||Doubleline and redundantnode:1||DuoPIGatron:1||Dynamic voltage restorers(DVRs):1||EMU(electric multiple unit):1||ESR(equivalent series resistance):1||ESS:1||ESS(energy storage system):1||EUAC(equivalent uniform annual cost):1||Effective duty ratio:1||Electochemical CO sensor:1||Electric accident of apartment:1||Electric quality:1||Electric vehicles:1||Electrical Fault:1||Electrical room:1||Electrical stimulation medcial devices:1||Electrooptical properties:1||Electrode:1||Electrolytic capacitor:1||Energy harvesting:1||Energy storage system(ESS):1||EnergyIT technology:1||Equalizing:1||Equivalent series resistance(ESR):1||Error compensator(Type 2:1||Existing lines:1||Expanded CLMS:1||Expert inference:1||Expert inference method:1||Experts inference method:1||Extended range electric vehicle:1||FOPDT:1||FXLMS:1||Failure prediction monitoring:1||Failure rates:1||FilterdX LMS algorithm:1||FilteredX LMS:1||FilteredX LMS(least mean square) algorithm:1||Firing angle:1||Flood damage influence:1||Fluxweakening Control:1||Fluxweakening control:1||Flyback Converter:1||Fuzzy controller:1||FxLMS:1||FxLMS(filterdx least mean square):1||Ground Fault Protect Device:1||HID(high intensity discharge) streetlamp:1||HS(harmony search):1||Halfbridge boost converter:1||Halfbridge converter:1||Harmonic analysis:1||Harmonic reduction:1||Harmony search(HS):1||Heuristic:1||High Speed Operation:1||Highefficiency PWM(pulse width modulation):1||Highspeed operation:1||Highvoltagepower substation:1||Hot spot temperature:1||Hybrid Active Power Filter(HAPF):1||Hybrid control:1||Incremental Control:1||Independent control operation algorithm:1||Integral:1||Inverter:1||Ion beam:1||Ion beam irradiation:1||LC alignment:1||LC passive filter:1||LCC(life cycle cost):1||LCC(life cycle cost) technique:1||LGP (Light Guide Plate):1||LLC converter:1||Large scale power stack:1||Leg transfer switch method:1||Liion Battery:1||Lineinteractive Method:1||Linearity:1||Liquid crystal:1||Locomotive:1||Lowcost type UPS:1||Lowcost type Zigbee communication:1||MCCCV(multistage constant current constant voltage):1||MVB(multifunction vehicle bus):1||Magnetic ballast:1||Magnetic resonance:1||Magnetic resonance circuit system:1||Mamdani method control:1||Mathematical models:1||Maximizing Power Production:1||Maximum power Point Tracking:1||Maximum power point (MPP):1||Maximum power point tracking (MPPT):1||Module integrated converter(MIC):1||Module integration system:1||Mold transformer:1||Mutual inductance:1||Noise reduction:1||Noncontact liquid crystal alignment process:1||Nonlinear Load:1||O (perturb &:1||O algorithm:1||O control method:1||Optimization:1||Over Current Protect Device:1||Overhaul:1||Overshoot:1||PC(pulse charging).:1||PFC(power factor correction):1||PMSM:1||PV generation system:1||PV panel:1||PWM inverter:1||PWM waveform:1||PWM(pulse width modulation) converter:1||Parallel connection of battery rack:1||Parallelfixed filter:1||Park Transformation:1||Permanent magnet synchronous motor (PMSM):1||Photovoltaic system:1||Photovoltaic(PV) power facility:1||Polyimide:1||Polyimide thin film:1||Power conversion system:1||Power converters:1||Power electronic converter:1||Power facility:1||Power harmonic filters:1||Pretilt angles:1||Prism structure:1||Propulsion Inverter:1||Protective coordination:1||Protocol analysis platform:1||Pushpull Converter:1||RET(resistive electric transfer):1||Railway vehicle:1||Reference data:1||Reliability:1||Remote control and monitoring system.:1||Renewable energy:1||Resonance repeater:1||Road noise environment:1||Road noise input:1||Road noise situation:1||Road traffic noise:1||Robust adjoint LMS:1||Rubbing:1||SIV(Static inverter):1||SOPDT:1||Second Order Generalized Integrator:1||Secondary noise path:1||Self inductance:1||Sensitivity:1||Sensor utilization:1||Sensorless MPPT:1||Series SCR:1||Shunt Hybrid Active Power Filter:1||SiIGBT:1||SiCMOSFET:1||Silicon Carbide Power Semiconductor:1||Silicon Power Semiconductor:1||Silver nanowire:1||Single Phase DC/AC Inverter:1||Smart grid:1||Soft starters:1||Solar Power System:1||Solar irradiance mismatch:1||Solar panel:1||Stamper:1||Standalone Power Device:1||Step response:1||Superconducting fault current limiter:1||Switchboard:1||TCN(train communication network):1||TFTLCD:1||THD:1||THD(total harmonic distortion):1||THD(total harmonic distortion) reduction:1||Temperature distribution:1||Therapy effect:1||Threeelectrode:1||Torque:1||Traction Motor:1||Traction force:1||Traction motor.:1||Transfer function of second route:1||Twisted nematicliquid crystal display (TNLCD):1||Type 3):1||UPS (uninterruptible power supply):1||UPS(uninterruptible Power Supply):1||Unity power factor:1||Vector Control.:1||Voltage:1||Voltage closedloop control:1||Voltage reference modelbased MPPT:1||Voltage sag compensation:1||WTB(wire train bus):1||Weibull distribution:1||Wireless power charging.:1||Wireless power transfer system:1||Zigzag winding:1||Zigbee communication:1||Zigbeebased hardware:1||Zigzag winding.:1||active power filter:1||differential power processing):1||fluxweakening control:1||harmonics:1||highspeed operation:1||hybrid active power filter:1||nonlinear load:1||observe) algorithm:1||passive power filter:1||permanentmagnet synchronous motor (PMSM):1||power semiconductor:1||propulsion inverter:1||railway vehicles:1||twoleg and thereleg systems:1||voltage closedloop control:1||2leg and 3leg method:1||waterproofing standard plans:1||AC Capacitor:1||AC capacitor:1||AC voltage controllers:1||AM(asset management):1||ANC(active noise cancellation):1||Active Power:1||Active Power Filter:1||Active filters:1||Active noise control(ANC):1||Adaptive signal processing:1||Adaptive sizing:1||Adjoint LMS algorithms:1||Advanced signal conditioning:1||Alignment film:1||Antinoise signal:1||Atomic force microscopy:1||Auxiliary Power Supplies:1||BC(boost charging):1||BLU(Back Light Unit):1||BackEMF:1||Bioelectrical stimulating:1||Bypass Circuit:1||Crate:1||CCCV(constant currentconstant voltage):1||CET(capacitive electric transfer):1||CFD(computational fluid dynamics):1||CLMS):1||Capacitor charging characteristic:1||Capacitor diagnosis:1||Capacitors:1||Cast resin transformer:1||Charging Algorithm:1||Clarke Transformation:1||Co(correlation) least mean square(LMS):1||Control stability:1||Convergence behavior:1||Convergence performance:1||Convergence speed:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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