정동휘

선택된 필터

전체 129건 중 1번부터 10번까지의 결과를 표시합니다.

2026

Article

A physics-informed neural network for solving multi-term space-time fractional differential equations

Article

Promoting industrial water conservation: evolutionary pathways under government regulation and public preferences

Article

Real-Time Areal Rainfall-Based Spatiotemporal Deep Learning Model (CNN-LSTM) for Urban Drainage Discharge Prediction

2025

Article

Minimization of Leak Detection Overlaps Using Sensitivity Matrix-Based Optimal Meter Placement in Water Distribution Networks

Article

Exploration of deep learning leak detection model across multiple smart water distribution systems: Detectable leak sizes with AMI meters

Article

Pipe Burst Detection and Localization in Water Distribution Networks Using Faster Region-Based Convolutional Neural Network

Conference

상수도 자산관리를 위한 GIS-EPANET 변환의 불확실성에 대한 연구

Conference

대학캠퍼스 내 저류형 옥상녹화의 수문학적 및 열적 효과 정량적 평가

Article

Toward Transparent and Reproducible Machine Learning-Based Research in Urban Water Networks

Conference

The AI Revolution in Civil Engineering: Unleashing the Power of Metaheuristics and Deep Learning

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선택된 필터

A physics-informed neural network for solving multi-term space-time fractional differential equations

Promoting industrial water conservation: evolutionary pathways under government regulation and public preferences

Real-Time Areal Rainfall-Based Spatiotemporal Deep Learning Model (CNN-LSTM) for Urban Drainage Discharge Prediction

Minimization of Leak Detection Overlaps Using Sensitivity Matrix-Based Optimal Meter Placement in Water Distribution Networks

Exploration of deep learning leak detection model across multiple smart water distribution systems: Detectable leak sizes with AMI meters

Pipe Burst Detection and Localization in Water Distribution Networks Using Faster Region-Based Convolutional Neural Network

상수도 자산관리를 위한 GIS-EPANET 변환의 불확실성에 대한 연구

대학캠퍼스 내 저류형 옥상녹화의 수문학적 및 열적 효과 정량적 평가

Toward Transparent and Reproducible Machine Learning-Based Research in Urban Water Networks

The AI Revolution in Civil Engineering: Unleashing the Power of Metaheuristics and Deep Learning