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R&D
Projects

The HyMetS Group is engaged in various research projects aimed at the in-depth exploration of hydrological and meteorological phenomena. If you are interested in our projects, feel free to contact us.

Ongoing Projects

Development of Dynamic Estimation Technology for Identifying Potential Urban Flood-prone Areas (PUFA) using AXB (Artificial Intelligence, X-IoT, and Big Data)-driven High Quality/High Precision/High Resolution Time-lapse Rainfall Data Analysis

[우수신진연구]
AXB (AI, X-IoT, Big Data) 기반 고품질/고정밀/고해상도 Time-lapse 강우 자료를 활용한 잠재적 도시 침수 위험지역의 동적 추정 기술 개발

  • Duration: 2024-04-01 ~ 2029-03-31

  • Source: The Ministry of Science and ICT

  • Lead Organization: Korea University (HyMetS)

  • Role: Principal Investigator​

  • Fund: 1,203,235,000 (KRW)

플로로드의 비행기보

Development of A Multi-Modal Big Data Fusion Algorithm with AI-RS-GIS for Flood Estimation and Flood Risk Assessment in Ungauged Basins

미계측 유역 내 홍수량 산정 및 홍수 위험도 평가를 위한 AI-RS-GIS 기반 멀티모달 빅데이터 융합 알고리즘 개발

  • Duration: 2023-06-09 ~ 2025-12-31

  • Source: The Ministry of Science and ICT

  • Lead Organization: Korea University (HyMetS)

  • Role: Principal Investigator

  • Fund: 572,108,000 (KRW)

이미지 제공: Taylor Vick

Development of Scenario Neutral-based Drought Vulnerability Evaluation Technology for Multilateral Decision Making

다원적 의사결정을 위한 Scenario Neutral(SN) 기반 가뭄취약도 평가기술 개발

  • Duration: 2022-04-01 ~ 2026-12-31

  • Source: Ministry of Environment

  • Lead Organization: Hanyang University ERICA

  • Role: Collaborative Organization​

  • Fund: 4,420,000,000 (KRW)

이미지 제공: Bogomil Mihaylov

Development of Evaluation and Prediction Management Technology for Wetland Ecosystems

습지생태계 기후변화 대응 평가·예측관리 기술 개발

  • Duration: 2022-04-01 ~ 2026-12-31

  • Source: Ministry of Environment

  • Lead Organization: Korea University

  • Role: Collaborative Organization​

  • Fund: 3,900,000,000 (KRW)

이미지 제공: USGS

Completed Projects

Development of an Algorithm with AI and Unconstructed Big Data for High-Quality Hydro-Meteorological Data: Focusing on Improvement of Accuracy in Flood Estimation

홍수량 산정 정확도 향상을 위한 인공지능 및 비정형 빅데이터 기반
고품질 수문·기상 정보 생산 알고리즘 개발

  • Duration: 2023-06-01 ~ 2024-05-31

  • Source: The Ministry of Science and ICT

  • Fund: 66,291,000 (KRW)

주식 시장 아래로

Development of Key Techniques and Utilization Methods for Weather Observation in Rain/Snow Fields based on Unstructured Data using CCTV

CCTV를 활용한 비정형데이터 기반 강우/강설 분야 기상관측 핵심기술 및 활용기법 개발

  • Duration: 2023-03-01 ~ 2024-12-31

  • Source: Korea Meteorological Administration

  • Fund: 180,000,000 (KRW)

이미지 제공: Abhishek Kirloskar

Development of the integrated solution for smart flood management using digital twin technology based on supercomputing

[기초연구실사업]
슈퍼컴퓨팅 기반의 디지털트윈 기술을 활용한 스마트 홍수관리
통합솔루션 개발

  • Duration: 2022-06-01 ~ 2025-02-28

  • Source: The Ministry of Science and ICT

  • Fund: 1,375,000,000 (KRW)

이미지 제공: NASA

Research for Rainfall Estimation Using CCTV Videos Ⅱ

CCTV영상 기반 강수량 산정 방안 연구Ⅱ

  • Duration: 2022-05-01 ~ 2023-04-30

  • Source: Korea Meteorological Administration

  • Fund: 100,000,000 (KRW)

이미지 제공: Maximalfocus

Research for Rainfall Estimation Using CCTV Videos

CCTV영상 기반 강수량 산정 방안 연구

  • Duration: 2021-05-01 ~ 2022-04-30

  • Source: Korea Meteorological Administration

  • Fund: 100,000,000 (KRW)

이미지 제공: Tusik Only

Development of next generation technology for sewer condition assessment and asset management based on cloud computing

[RCMS] 클라우드 기반 하수관로 종합상태 평가 및 자산경영 기술 개발

  • Duration: 2020-05-22 ~ 2022-12-31

  • Source: Ministry of Environment

  • Fund: 2,700,000,000 (KRW)

지하 하수도

Development of AI-based Microclimate Analysis and Prediction Methods for Water Sensitive Urban Design

물순환 도시 설계를 위한 인공지능 기반 미기후 분석 및 예측 방법 개발

  • Duration: 2020-03-01 ~ 2023-02-28

  • Source: The Ministry of Science and ICT

  • Fund: 90,000,000 (KRW)

이미지 제공: Erol Ahmed

Pilot Development of Rainfall Scenarios Considering Spatiotemporal Rainstorm Characteristics

시공간적 호우 특성을 반영한 강우 시나리오 시범 개발

  • Duration: 2023-11-07 ~ 2023-12-26

  • Source: Korea Construction Technology Institute

  • Fund: 20,000,000 (KRW)

이미지 제공: Nick Nice

Development of Rainfall Scenarios Considering the Temporal Characteristics of Independent Rainfall Events

독립호우사상의 시간특성을 고려한 강우시나리오 작성

  • Duration: 2022-11-03 ~ 2022-12-30

  • Source: Korea Construction Technology Institute

  • Fund: 20,000,000 (KRW)

열대성 폭풍

2022 On-site Quality Service for Sangju Calibration Observatory

2022년 상주검정관측소 현장품질 용역

  • Duration: 2022-10-01 ~ 2023-01-31

  • Source: JCOMS Corp.

  • Fund: 35,000,000 (KRW)

이미지 제공: Christian Lue

Study on the Establishment and Validation of a Standard/Primary CCTV Video Database for Rainfall/Snowfall Estimation

강우/강설 추정을 위한 CCTV 영상 표준/원천 DB 구축 및 실증화 방안 연구

  • Duration: 2022-06-23 ~ 2022-12-22

  • Source: Korea Conformity Laboratories

  • Fund: 94,700,000 (KRW)

보안 카메라

AI Core Technology Algorithm Advancement Service (Construction of Precipitation Video Database under Various Conditions Using CCTV)

AI 요소기술 알고리즘 고도화 용역(CCTV를 활용한 다양한 조건에서의 강수영상 DB구축)

  • Duration: 2021-11-26 ~ 2021-12-05

  • Source: Korea Conformity Laboratories

  • Fund: 30,000,000 (KRW)

CCTV 설치

Construction and Analysis of Calibration Observation Equipment Data for Rainfall Radar

강우레이더 검정 관측기기 자료 구축 및 분석

  • Duration: 2021-10-22 ~ 2021-12-05

  • Source: The Ministry of Science and ICT

  • Funding: 23,725,000 (KRW)

이미지 제공: Daniele Franchi

Watershed Diagnosis and Comprehensive Plan Establishment for Key Managed Polluted Tributaries in the Han River Basin

한강권역 중점관리 오염지류 유역진단 및 종합대책 수립 용역

  • Duration: 2021-09-01 ~ 2022-12-31

  • Source: The Ministry of Environment 

강

The HyMetS Group

145, Anam-ro, Seongbuk-gu, Seoul, Republic of Korea (Korea University, Engineering Building, 309) 

(02841)

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