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논문검색

Early Warning System and Disater Management

Study on Proto-type Early Warning System for Busan

초록

영어

The development of Geum river basin rainfall runoff model aims to secure technologies to forecast water demand and supply in real‐time or for a short period of time (within 10 days), thus efficiently using limited water resources. To this end, developed were platform technologies such as continuous channel runoff amount forecasting technology for ensuring mid‐ and long‐term channel runoff amounts in connection with weather forecasting information, and real‐time water balance analytic technology for optimizing the water distribution and supply in basins.
This paper describes theoretical background and input/output statements of the RRFS (Rainfall‐Runoff Forecasting System) base model, SSARR (Streamflow Synthesis and Reservoir Regulation), and then overall simulation system of RRFS.

목차

ABSTRACT
 1. Introduction
 2. Computing hardware for early warning system
 3. Prediction of severe weather phenomena with the linkage o fGME-WRF-QPM
 4. Application of severe weather information to urban flood and coastal storm surge
  4.1 Inundation prediction for urban area
  4.2 Storm surge prediction for coastal area
 5. Preliminary test with the 2003 typhoon “Mae-Mi” case for Busan
  5.1 Storm surge associated with Typhoon ‘Mae-Mi’
  5.2 Inundation prediction for urban area with Ty. ‘Mae-Mi’
 6. Conclusion
 

저자정보

  • Jai Ho Oh Proferssor. Department of Environmental Atmospheric Sciences, Pukyong NationalUniversity
  • Yeon Kim Ji Researcher. Department of Environmental Atmospheric Sciences, Pukyong NationalUniversity
  • Won Kim Researcher. Department of Environmental Atmospheric Sciences, Pukyong NationalUniversity
  • Su Min Woo Researcher. Department of Environmental Atmospheric Sciences, Pukyong NationalUniversity
  • Sang Ho Lee Researcher. Department of Civil Engineering, Pukyong NationalUniversity
  • Hun Tae Kim Researcher. Department of Ocean Engineering, Pukyong NationalUniversity

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