The DRIHM Project: A Flexible Approach to Integrate HPC, Grid and Cloud Resources for Hydro-Meteorological Research.
Daniele D'AgostinoAndrea ClematisAntonella GaliziaAlfonso QuaratiEmanuele DanovaroLuca RoverelliGabriele ZereikDieter KranzlmüllerMichael SchiffersNils gentschen FeldeChristian StraubeOlivier CaumontEvelyne RichardLuis GarroteQuillon K. HarphamH. R. A. JagersVladimir DimitrijevicLjiljana DekicElisabetta FioriFabio DeloguAntonio ParodiPublished in: SC (2014)
Keyphrases
- computing infrastructure
- private cloud
- grid infrastructure
- cloud computing
- high performance computing
- computing resources
- grid computing
- grid environment
- grid middleware
- resource management
- computational grids
- grid services
- geographically distributed
- resource sharing
- case study
- computational science
- computing paradigm
- weather forecasting
- grid resource
- working environment
- resource allocation
- fault tolerance
- limited resources
- short term
- resource providers
- grid technology
- grid points
- computing environments
- support environment
- satellite images
- open data
- life sciences
- virtual machine
- web resources
- cloud platform
- information systems
- cloud computing platform