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EGEE – Grid project. M. Petitdidier (IPSL/CETP) Coordinator of Earth science domain monique.petitdidier@cetp.ipsl.fr In collaboration with EGEE and DEGREE EU-project. Acute Questions for Earth Science. Forecasting of meteorological events

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egee grid project
EGEE – Grid project
  • M. Petitdidier (IPSL/CETP)
  • Coordinator of Earth science domain
  • monique.petitdidier@cetp.ipsl.fr
  • In collaboration with EGEE and DEGREE EU-project
acute questions for earth science
Acute Questions for Earth Science
  • Forecasting of meteorological events
    • Extreme events: storm, tornado, hurricane, earthquake, tsunami…
    • Water management: precipitations, flood, aquifer..
    • Pollution,,…
    • => To provide real time information: real time data access, data assimilation and modelling
  • Long term prediction : Climate Change
    • Climatology i.e. trend of parameter variations like temperature, precipitations….
    • Polar ozone hole
    • Impact on weather, agriculture…
    • => Long series of multiple data sets, Intense processing,
  • Discoveries and Dissemination of the knowledge
    • How it works, Why….
    • These are Questions for
    • Operational and Science organisations
grid a solution
GRID: a solution
  • GRID infrastructure Since 2000
    • Considered an “open platform” for handling computing resources, data, tools…
  • Partner can use a lot more resources than the ones he (she) brings in
    • Impressive number of shared resources
      • EGEEII around 40,000 CPUS distributed in 200 sites
      • 5 PB storage
  • A collaborative possible platform among teams and/or countries
      • interactive collaboration to avoid effort duplication
  • Secure and restricted access to resources, data, tools…
      • Same data and software policy as outside Grid
  • Grid will open new fields of investigation on Earth Science
highlights of egee ii
Highlights of EGEE-II

EGEE Production Grid Infrastructure

Steady growth over the lifetime of the project

Improved reliability

Data Transfer

MB/s

08/2006

04/2006

operations
Operations

98k jobs/day

  • Size of the infrastructure today:
  • 237 sites in 45 countries
  • ~36 000 CPU
  • ~ 5 PB disk, + tape MSS
  • distributed operations
  • copes well with increase in size and usage
slide6

Registered Collaborating Projects

Infrastructures

geographical or thematic coverage

Support Actions

key complementary functions

Applications

improved services for academia, industry and the public

24 projects have registered as on February 2007:web page

grid nearly world wide deployment
GRID: Nearly world-wide deployment
  • European Union
    • BalticGrid
    • EELA
    • EUChinaGrid
    • EUIndiaGrid
    • EUMedGrid
    • SEE-GRID
    • NorduGrid
  • USA
    • OSG
    • TeraGrid
  • Japan
    • Naregi
  • Africa- Unesco Programme
    • Algeria, Ghana, Nigeria,
    • Senegal, Zimbabwe
  • Sub-Saharian Africa
    • Possible pilot project
earth science applications in egeeii
Earth Science Applications in EGEEII

Flood of a Danube river-Cascade of models (meteorology,hydraulic ,hydrodynamic….) UISAV(SK)-

ESA, UTV(IT), KNMI(NL), IPSL(FR)- Production and validation of 7 years of Ozone profiles from GOME

Rapid Earthquake analysis (mechanism and epicenter) 50- 100CPUs IPGP(FR)

Geocluster for Academy and industry CGG(FR)-

Data mining Meteorology & Space Weather (GCRAS, RU)

DKRZ(DE)- Data access studies, climate impacts on agriculture

Modelling seawater intrusion in costal aquifer (SWIMED) CRS4(IT),INAT(TU),Univ.Neuchâtel(CH)-

Specfem3D: Seismic application. Benchmark for MPI (2 to 2000 CPUs) (IPGP,FR)

Air Pollution model- BAS(BG)

Mars atmosphere CETP( FR):

final remarks
Final Remarks
  • New tools needed to use the whole Grid potential
    • Due to Change in scale of computing power
    • Need of Exploration of huge data sets
    • Creation of Platform integrating web services, computing power, information systems….
  • New conceptual approach of Earth Science
    • Role of Scientist
    • Application development

DEGREE EU project is preparing the future

slide10
Strategic objectives
    • Bridge the ES and GRID communities throughout Europe
    • Ensure that ES requirements are satisfied in next Grid generation
    • Ensure the integration of emerging technologies for managing ES knowledge

http://www.eu-degree.eu

  • The DEGREE team:
    • IISAS, Slovakia (Coordinator)
  • CNRS, France
  • KNMI, The Netherlands
  • UNINE, Switzerland
  • CRS4, Italy
  • SCAI, Germany
  • GCRAS, Russia
  • ESA-ESRIN, Italy
  • CGG, France
  • Dutch Space, The Netherlands

Project Vision

Build a bridge linking the ES and Grid communities

european grid initiative
European Grid Initiative
  • Need to prepare permanent, common Grid infrastructure
  • Ensure the long-term sustainability of the European e-Infrastructure independent of short project funding cycles
  • Coordinate the integration and interaction between National Grid Infrastructures (NGIs)
  • Operate the production Grid infrastructure on a European level for a wide range of scientific disciplines

Must be no gap in the support of the production grid

evolution
Evolution

Routine Usage

Testbeds

Utility Service

National

European e-Infrastructure

Global

slide13

38 European NGIs

+ Asia, US, Latin America

+ PRACE

+ OGF-Europe

+ …

meetings
Meetings
  • European Geophysical Union General Assembly
  • 2 Grid sessions on Wednesday 16 April 2008
  • Vienna, Austria
earth science expectations
Earth Science Expectations
  • Pushing frontiers of scientific discovery by exploiting advanced computational methods.