ScholarWorks@Gyeongsang National University: Kim, Tae Gyun

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Kim, Tae Gyun (김태균)

건설환경공과대학 (조경학과)

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Tel 0557723306
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storage function method:4||MOSCEM:4||Rainfall Intensity:3||Infiltration Capacity:3||저류함수법:3||Storage Function Method:2||강우강도:2||Han River equation:2||flood forecasting and warning:2||녹화:2||침투능:2||Rational Method:2||Tukey’s Ladder of Power:2||Typhoon Damage:2||multiple regression analysis:2||Frequency Analysis:2||SCS method:2||태풍피해:2||Typhoon Damage Prediction Function:2||태풍피해예측함수:2||Empirical Copula:2||Logistic Regression:2||revegetation:2||합리식:2||인발력:2||Artificial Neural Network:2||Genetic Algorithm:2||HLRDHM:2||Meta Model:2||Rainfall Duration:2||Principle Component Analysis:1||Rainfall for Duration 3 hrs:1||Reliability Analysis:1||SCS 초과우량산정방법:1||SIR Algorithm:1||SIR알고리즘:1||SRES Scenario:1||SRES 시나리오:1||Scheffer index:1||Snow melting:1||Snowfall Depth:1||Streamflow:1||Sturated Unit Weight:1||System Performance Assessments:1||Typhoon Damage Forecasting Model:1||Typhoon Damage Index:1||Typhoon Damage Threshold:1||Typhoon Expose Index (TEI):1||Typhoon Rating:1||Typhoon Rating System:1||Typhoon Track:1||Water Distribution Systems:1||Water Rights:1||Wood decay hazard index:1||decay hazard index:1||decay hazard map:1||distributed model:1||grasses root:1||impervious area proportion:1||multiobjective optimization:1||parameter estimation:1||park:1||pullout capacity:1||pullout strength:1||rational method:1||return period:1||root weight:1||runoff coefficient:1||scheffer index:1||shear resistance stress:1||shear stress:1||snow modeling:1||강우지속기간:1||공원:1||기후변화:1||눈녹음:1||다변량 통계분석:1||다중 최적화기법:1||다중최적화기법:1||다중회귀분석:1||데이터 증강기법:1||로지스틱 회귀분석:1||로지스틱회귀분석:1||머신러닝:1||메타모델:1||모델 복잡도:1||물 분배 시스템:1||변수보정:1||분포형 모델:1||분포형모형:1||불투수면적비:1||비오톱 평가:1||빈도분석:1||빈도해석:1||뿌리 무게:1||생물다양성:1||성능평가:1||수리권:1||신경망모형:1||신뢰도 분석:1||엔트로피 가중치:1||연안지역:1||연안지역 시군구:1||예측함수:1||오염원 관리:1||유역권 관리:1||유전자알고리즘:1||유출계수:1||융설:1||인공신경망:1||재해위험도:1||재해통계:1||재현기간:1||적설량:1||전단력:1||전단저항력:1||주성분분석:1||지속기간 3시간 강우량:1||직·간접 평가:1||초본류 뿌리:1||최대풍속:1||태풍 진로:1||태풍 피해예측 모형:1||태풍노출지수:1||태풍등급:1||태풍등급체계:1||태풍위험지수:1||태풍피해 유발 임계치:1||투수계수:1||포화단위중량:1||하천유량:1||한강공식:1||홍수예보:1||확률적설량:1||BASIN MANAGEMENT:1||BIODIVERSITY:1||BIOTOPE EVALUATION:1||Bootstrap Method:1||Bootstrap방법:1||Climate change:1||Climate changes:1||Coastal Areas:1||Coastal District:1||Data Argumentation:1||Decay hazard map:1||Direct·Indirect Assessments:1||Disaster Risk:1||Disaster Statistics:1||Distributed hydrologic model:1||Entropy Method:1||Frequency based snowfall depth:1||Hydraulic Conductivity:1||Korea:1||Machine Learning:1||Maximum Wind Speed:1||Model complexity:1||Multicriteria calibration:1||Multivariate Analysis Technique:1||Neural network model:1||POLLUTANT MANAGEMENT:1||PSR Structure System:1||PSR 구조체계:1||Prediction Function:1||

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