CariCOOS Computer/Network Infrastructure CariCOOS Computer/Network Infrastructure José B. Rodríguez Rueda and Dr. Jorge Capella Caribbean Coastal Ocean Observing System, University of Puerto Rico at Mayagüez UPRM Center for Applied Ocean Science Engineering OVERVIEW ASSETS • Internet Service Providers (ISP) like AT&T are the back bone of data gathering and transmission, from and to all assets and required servers. • Observational assets provide historical data to be used as input and model validation. • Models and forecasts include but are not limited to: wind, waves and currents. Operational models have resources priority over experimental versions. Experimental MODIS Satellite Data Buoy Datawell Buoy Meteostati on CODAR HF Radar COMMUNICATIONS CONCEPTUAL MAP MAGUEYES ISLAND SERVERS UTILITIES UPR R&D BUILDING SERVERS Data Buoy Meteostation Cell Tower To maintain business continuity, both of CariCOOS installation s have industrial grade Power Generator and Temperature Control. Left: Cluster, home of the ROMS Model. Contains 224 CPU’s and 284 GB of RAM in total. Right: From the top; Blue2,Ventus,SWAN- WRF1km(32CPUs, 250GB RAM),Thredds and batteries. CariCOOS dual High Performance Computing (HPC) facilities at Isla Magueyes and UPRM perform the bulk of our Data Management and Communications (DMAC) activities and computationally intensive modeling. The Weather Research Forecast (WRF), ocean circulation model ROMS, Simulating WAves Nearshore (SWAN), ADCIRC-SWAN coastal inundation, Bouss2D, and many others, are all run in-house. SWAN, ROMS and WRF are executed in operational mode while others are used in a process-oriented fashion. The Navy’s AMSEAS model output is also widely utilized. Our observational and modeling data is a reinterpretable representation of information in a formalized manner suitable for communication, interpretation, and processing. For this purpose CariCOOS divides its products in two sections, observational assets and modeling assets, which are available for any users, scientific and leisure alike. Internet SWAN ROMS WRF 1KM SWAN THREDDS Data Battery FVCOM Battery Codar+ XBeach WRF 2k ROMS SUMMARY
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CariCOOS Computer/Network InfrastructureCariCOOS Computer/Network InfrastructureJosé B. Rodríguez Rueda and Dr. Jorge Capella
Caribbean Coastal Ocean Observing System, University of Puerto Rico at MayagüezUPRM Center for Applied Ocean Science Engineering
OVERVIEW
ASSETS
• Internet Service Providers (ISP) like AT&T are the back bone of data gathering and transmission, from and to all assets and required servers.
• Observational assets provide historical data to be used as input and model validation.• Models and forecasts include but are not limited to: wind, waves and currents. Operational models have resources
priority over experimental versions. Experimental models run in sandbox environments.
MODIS Satellite Data Buoy Datawell Buoy Meteostation CODAR HF RadarCOMMUNICATIONS CONCEPTUAL MAP MAGUEYES ISLAND SERVERS
UTILITIES UPR R&D BUILDING SERVERS
Data Buoy
Meteostation
Cell Tower
To maintain business continuity, both of CariCOOS installations have industrial grade Power Generator and Temperature Control.
Left: Cluster, home of the ROMS Model. Contains 224 CPU’s and 284 GB of RAM in total.
Right: From the top; Blue2,Ventus,SWAN-WRF1km(32CPUs,250GB RAM),Thredds and batteries.
CariCOOS dual High Performance Computing (HPC) facilities at Isla Magueyes and UPRM perform the bulk of our Data Management and Communications (DMAC) activities and computationally intensive modeling. The Weather Research Forecast (WRF), ocean circulation model ROMS, Simulating WAves Nearshore (SWAN), ADCIRC-SWAN coastal inundation, Bouss2D, and many others, are all run in-house. SWAN, ROMS and WRF are executed in operational mode while others are used in a process-oriented fashion. The Navy’s AMSEAS model output is also widely utilized. Our observational and modeling data is a reinterpretable representation of information in a formalized manner suitable for communication, interpretation, and processing. For this purpose CariCOOS divides its products in two sections, observational assets and modeling assets, which are available for any users, scientific and leisure alike.
Internet
SWAN ROMS WRF 1KM
SWAN
THREDDS
Data
Battery
FVCOM
Battery
Codar+
XBeach
WRF 2k
ROMS
SUMMARY
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