ScholarWorks@SUNGKYUNKWAN UNIVERSITY: JUN, KYUNG SOO

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JUN, KYUNG SOO (전경수)

Graduate School of Water Resources

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Han River:6||Unsteady flow model:4||Climate change:3||TOPSIS:3||parameter estimation:2||parameter optimization:2||coastal urban region:2||Minimax regret approach:2||SWAT:2||Weir:2||도림천:2||Drought:2||Frequency analysis:2||부정류 계산모형:2||Dorim stream:1||Dorimcheon:1||Drought record:1||Drought severity:1||Estuary barrage:1||Flood Forecasting:1||Flood mitigation effect:1||Flood risk vulnerability:1||Fuzzy TO:1||Fuzzy TOPSIS:1||Gate operation:1||Green water:1||HECHMS:1||HECRAS:1||Haewundae:1||Huff time distribution:1||Huff 시간분포:1||Hydraulic Model:1||Hydrodynamic model:1||Imjin River:1||Irrigation reservoir:1||Junction:1||Kesem:1||Linear drainage channel:1||MCDM:1||Manning&apos:1||Meterological Drought:1||Multisite calibration:1||MuskingumCunge model:1||MuskingumCunge 모형:1||Nakdong River:1||NamhanRiver:1||Outlet spacing:1||PERSIANN:1||PERSIANNCDR:1||Pareto optimal parameter sets:1||Pareto optimum:1||Peak discharge:1||Peakoverthershold (POT) method:1||Probabilistic Prediction:1||Probabilistic prediction:1||RCP scenario:1||RCP 시나리오:1||Rainfall frequency:1||Reanalysis soil moisture:1||Reservoir operation:1||River Flow Estimation:1||Road surface drainage:1||Robust parameter set (ROPS):1||Robust parameter set selection:1||SDSM:1||SPI:1||SWG:1||SWGRG:1||SWM:1||SatelliteDerived Flow Signals:1||Satellitederived Flow Signal:1||Satellitederived rainfall:1||Shannon Entropy:1||Social environment and climate change:1||Spatial flood vulnerability:1||Streamflow simulation:1||TRMM:1||The Four Major Rivers Restoration Project:1||Tidal river:1||Uncertainty:1||Ungauged Basin:1||Urban Flood vulnerability:1||Urban flood vulnerability:1||Variable parameters:1||Variable roughness:1||Variable roughness coefficient:1||Varied flow analysis:1||Vulnerability:1||WDN:1||Water Management:1||Water footprint:1||Water management:1||Water security assessment:1||Weirs:1||YeongJong Island:1||accumulative pattern:1||advanced metering infrastructure:1||artificial neural network:1||backwater effect:1||daily rainfall:1||dam break:1||design floods:1||design water level:1||diffuse pollution sources:1||discharge prediction:1||discharge simulation:1||dischargestage relationship:1||distinctive uses:1||drought index:1||error correction:1||escape route:1||flood:1||flood mapping:1||hydrodynamic flow model:1||living lab:1||marginal quality water:1||multiwater resources:1||optimization:1||partial mutual information:1||peakoverthershold (POT) method:1||rainfallrunoff model:1||river water quality model:1||s n:1||selfsufficiency:1||shortterm water demand forecasting:1||smart water grid:1||soil moisture:1||tsunami:1||unsteady:1||variable roughness coefficient:1||water security:1||weir:1||가뭄:1||가뭄사례:1||가뭄심도:1||가뭄지수:1||가변 조도계수:1||강우빈도:1||기상학적 가뭄:1||기후변화:1||낙동강:1||남한강:1||농업용 저수지:1||누적 패턴:1||델파이:1||도시 홍수취약성:1||매개변수 추정:1||미계측 유역:1||배수영향:1||배수효과:1||보:1||불확실성:1||샤논엔트로피:1||선행토양함수조건:1||수리학적 모형:1||수문운영:1||안정적 매개변수 선정:1||연최대 일강수:1||용수관리:1||유량수위 관계식:1||유출량 산정:1||인공신경망:1||일강수:1||임진강:1||첨두홍수량:1||최소최대 후회도방법:1||파레토 최적해:1||표준강수지수:1||하구둑:1||합류부:1||홍수예측:1||1D hydrodynamic model:1||확률론적 예측:1||Annul maximum daily rainfall:1||Antecedent soil moisture condition:1||Artificial Neural Network:1||Backwater effect:1||Blue water:1||CMADS:1||Channel dredging:1||Conceptual rainfallrunoff model:1||Cut level set:1||DPSIR:1||Decision making framework:1||Delphi:1||Design storm:1||

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