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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.

(Project 01) 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

  • Duration: 2024-04-01~2029-03-31

  • Source: National Research Foundation of Korea

  • Lead Organization: Korea University (HyMetS)

  • Role: PI​

  • Fund: 1,203,235 (thousand South Korean wons)

플로로드의 비행기보

(Project 02) Development of A Multi-Modal Big Data Fusion Algorithm with AI-RS-GIS for Flood Estimation and Flood Risk Assessment in Ungauged Basins

  • Duration: 2023-06-09~2025-12-31

  • Source: National Research Foundation of Korea

  • Lead Organization: Korea University (HyMetS)

  • Role: PI​

  • Fund: 572,108 (thousand South Korean wons)

이미지 제공: Taylor Vick

(Project 03) Development of an Algorithm with AI and Unconstructed Big Data for High-Quality Hydro-Meteorological Data: Focusing on Improvement of Accuracy in Flood Estimation

  • Duration: 2023-06-01~2024-05-31

  • Source: National Research Foundation of Korea

  • Lead Organization: Chung-Ang University (HyMetS)

  • Role: PI​

  • Fund: 66,291 (thousand South Korean wons)

주식 시장 아래로

(Project 04) Development of Key Techniques and Utilization Methods for Weather Observation in Rain/Snow Fields based on Unstructured Data using CCTV

  • Duration: 2023-03-01~2024-12-31

  • Source: Korea Meteorological Institute

  • Lead Organization: Korea University (HyMetS)

  • Role: PI​

  • Fund: 180,000 (thousand South Korean wons)

이미지 제공: Abhishek Kirloskar

(Project 05) Development of the integrated solution for smart flood management using digital twin technology based on supercomputing

  • Duration: 2022-06-01 ~ 2025-02-28

  • Source: National Research Foundation of Korea

  • Lead Organization: Hongik University

  • Role: CO​

  • Fund: 1,375,000 (thousand South Korean wons)

이미지 제공: NASA

(Project 06) Research for Rainfall Estimation Using CCTV Videos Ⅱ

  • Duration: 2022-05-01 ~ 2023-04-30

  • Source: Korea Meteorological Institute

  • Lead Organization: Chung-Ang University (HyMetS)

  • Role: PI​

  • Fund: 100,000 (thousand South Korean wons)

이미지 제공: Maximalfocus

(Project 07) Development of Evaluation and Prediction Management Technology for Wetland Ecosystems

  • Duration: 2022-04-01 ~ 2026-12-31

  • Source: Korea Environmental Industry & Technology Institute

  • Lead Organization: Korea University

  • Role: CO​

  • Fund: 3,900,000 (thousand South Korean wons)

이미지 제공: USGS

(Project 08) Development of Scenario Neutral-based Drought Vulnerability Evaluation Technology for Multilateral Decision Making

  • Duration: 2022-04-01 ~ 2026-12-31

  • Source: Korea Environmental Industry & Technology Institute

  • Lead Organization: Hanyang University ERICA

  • Role: CO​

  • Fund: 4,420,000 (thousand South Korean wons)

이미지 제공: Bogomil Mihaylov

(Project 09) Research for Rainfall Estimation Using CCTV Videos

  • Duration: 2021-05-01 ~ 2022-04-30

  • Source: Korea Meteorological Institute

  • Lead Organization: Chung-Ang University (HyMetS)

  • Role: PI​

  • Fund: 100,000 (thousand South Korean wons)

이미지 제공: Tusik Only

(Project 10) Development of AI-based Microclimate Analysis and Prediction Methods for Water Sensitive Urban Design

  • Duration: 2020-03-01 ~ 2023-02-28

  • Source: National Research Foundation of Korea

  • Lead Organization: Chung-Ang University (HyMetS)

  • Role: PI​

  • Fund: 90,000 (thousand South Korean wons)

이미지 제공: Erol Ahmed
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