DocumentCode :
2860765
Title :
Development and implementation of an Operational Forecasting System for the Dubai coastal zone
Author :
Knee, K. ; Howlett, E. ; Wilcox, K. ; Clauzet, G. ; Mahaba, H.M. ; Sontag, S. ; Yassuda, E. ; Anid, P.
Author_Institution :
RPS-ASA, South Kingstown, RI, USA
fYear :
2012
fDate :
14-19 Oct. 2012
Firstpage :
1
Lastpage :
10
Abstract :
The Dubai Operational Forecasting System couples a suite of meteorology and ocean models with data management infrastructure and web-based information tools. This infrastructure efficiently generates and disseminates three-day forecasts of winds, wave, and currents. The forecast system implements the latest open-source modelling technology from the research and academic communities to build an operational system that is a suite of interconnected components that allows for seamless interaction of meteorological and oceanographic models, real-time data, and client-defined custom web-based reports and tools that access model forecasts and real-time observations. The system integrates a number of components including operational numerical modelling, Arabian Gulf meteorology, offshore and coastal hydrodynamic models, offshore and nearshore wave models, coastal inundation, connection to the Dubai Ocean Observing system for real-time data integration, web-based data management and data distribution, and a fully interactive, web-based client for data display and analysis. The web based client includes tools for disseminating coastal safety warning organized by coastal region, an operational oil spill forecasting system, and a time slider for animating the temporally varying forecast data.
Keywords :
Internet; data analysis; data integration; geophysics computing; hydrodynamics; ocean waves; oceanographic regions; oceanographic techniques; public domain software; weather forecasting; wind; Arabian Gulf meteorology; Dubai Ocean Observing system; Dubai Operational Forecasting System; Dubai coastal zone; Web-based data management; Web-based information tools; academic communities; client-defined custom Web-based reports; coastal hydrodynamic model; coastal inundation; coastal region; coastal safety warning; data analysis; data display; data distribution; data management infrastructure; fully interactive Web-based client; interconnected components; meteorological models; model forecasts; nearshore wave model; oceanographic models; offshore hydrodynamic model; offshore wave model; open-source modelling technology; operational numerical modelling; operational oil spill forecasting system; real-time data integration; research communities; temporally varying forecast data; time slider; winds; Atmospheric modeling; Data models; Mathematical model; Numerical models; Ocean temperature; Predictive models; Sea measurements;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Oceans, 2012
Conference_Location :
Hampton Roads, VA
Print_ISBN :
978-1-4673-0829-8
Type :
conf
DOI :
10.1109/OCEANS.2012.6404948
Filename :
6404948
Link To Document :
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