ScholarWorks@Korea University: Choi, Sung yun

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Choi, Sung yun (최승연)

College of Engineering

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Tel 02-3290-3221
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networked distribution system (NDS):3||Electric vehicle:3||meshed network:3||Uncertainty:3||temporary overvoltage (TOV):2||protection algorithm:2||distribution systems:2||Charging station:2||electric vehicle:2||Hydrogen storage system (HSS):2||continuation power flow:2||voltage stability:2||distributed generation:2||protection coordination:2||Realtime systems:2||Distribution planning:2||Optimization:2||uncertainty:1||Ensemble learning:1||longterm forecast:1||power system planning:1||Shafts:1||Power system stability:1||Estimation:1||Timedifferenceofarrival:1||FRA:1||transformer:1||Mid to longterm forecasting:1||fault analysis:1||radial distribution system (RDS):1||correlation analysis:1||Temporary overvoltage:1||Radial distribution system:1||Revised linearized distFlow formulation:1||Mobile wind turbine (MWT):1||load margin:1||prosumer:1||Time difference of arrival:1||evader tracking:1||team maneuver control:1||formation control:1||phasor measurement unit:1||parameter estimation:1||3D graph:1||fault current level:1||Fault analysis:1||distribution system planning:1||Wind power dynamics:1||Highfrequency model:1||Indexes:1||multiple time frames:1||forecast error:1||spatiotemporal correlation:1||radial distribution system:1||Renewable energy sources:1||State of charge (SOC) management:1||Battery energy storage system (BESS):1||Highimpact lowprobability (HILP):1||Systems operation:1||voltage unbalance factor:1||PV curve:1||stability assessment:1||secondary substation:1||power quality:1||DER hosting capacity:1||ramp rate of generator:1||PV curve:1||Generators:1||subsynchronous oscillation:1||autonomous underwater vehicle:1||power system state estimation:1||power transformer:1||SFRA:1||Interval optimization:1||Fault current:1||Renewable energy:1||optimization:1||simulation platform:1||active distribution network:1||distributed generator:1||electric vehicle charging station:1||Power transformer:1||Parameter estimation:1||Ground fault overvoltage:1||uncertainties:1||direction detection:1||Secondorder cone programming:1||Resilience:1||safe deep reinforcement learning:1||load parameterization:1||power flow:1||underground distribution system:1||arclength parameterization:1||charging station:1||Kriging:1||Energy management:1||progressive pricing:1||Resonant frequency:1||subsynchronous torsional interaction:1||Time measurement:1||Sonar:1||Distribution system state estimation:1||Af fine arithmetic:1||Kernel density estimation:1||series reactor:1||utilization rate:1||satellite image:1||stochastic program:1||Effective grounding:1||Power systems:1||highimpedance fault:1||hybrid optimization:1||underground compact station:1||bifurcation point:1||Power generation:1||Wind turbines:1||Subsynchronous control interaction:1||energy harvesting:1||Sensors:1||multirobot system:1||single linetoground fault:1||Battery energy storage system degradation:1||line overload:1||Deep learning model:1||Interconnection transformer:1||Ensemble model:1||Mid to long term load forecasting:1||confidence interval:1||feeder imbalance:1||secondorder conic program:1||Automatic generation control:1||Machine learning:1||Sweep frequency response analysis:1||inverterbased distributed generation:1||Networked distribution system:1||Frequency response:1||Power system planning:1||intelligent electronic device (IED):1||Service restoration:1||Decarbonization:1||Mathematical models:1||MATLAB/SIMULINK:1||location:1||queueing model:1||machine learning:1||subsynchronous resonance:1||Position measurement:1||inverterbased DG:1||Microgrid:1||Mathematical modeling:1||battery energy storage systems:1||photovoltaic forecast:1||cloud cover:1||Random forest:1||shortcircuit analysis:1||transformer topology:1||Distribution protection:1||Load modeling:1||flexibility provision:1||frequency control:1||operation scheduling:1||scenario generation:1||networked distribution system:1||Disaster:1||Reactive power:1||MCCB:1||value of lost load:1||electric vehicle supply equipment (EVSE):1||energy efficiency:1||forecasting:1||computation offloading:1||mobile edge computing:1||lyapunov optimization:1||Threedimensional displays:1||effective grounding:1||Renewable energy resources:1||Distributed generation:1||Distribution system:1||probabilistic stability evaluation:1||short circuit current:1||demand response:1||Evaluation model:1||interconnection transformer:1||Distributed energy resources:1||Power to gas:1||Potential RES penetration index:1||copula function:1||probabilistic system analysis:1||Interval power flow:1||Deep reinforcement learning:1||quadratic programming:1||Voltage control:1||distributed generations:1||renewable integration:1||traffic:1||energy storage:1||Oscillators:1||load imbalance:1||Nearest neighbor search:1||Spatial load allocation:1||renewable energy sources:1||optimal sizing:1||False data injection attacks:1||Stochastic differential equations:1||distributed energy resource:1||fault current:1||Metaheuristic optimization:1||PV acceptance rate:1||Robust optimization:1||hardwareintheloop simulation (HILS):1||ring main unit:1||

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