1. Grid and Supercomputing Activities at the ICT Division of CIEMAT R. Mayo (On behalf of the authors) ICT Division – CIEMAT (Spain) IberGrid 2009 Valencia, May 20 th -22 nd 2009

2. Valencia, IberGrid 2009, May 20 th -22 nd 2009 2 Outline Introduction Grid and Latin America – EELA – EELA-2 Grid and Fusion – EUFORIA – EGEE-III Grid support: EPIKH Grid Domestic Initiatives Supercomputing Activities – Precedents – Euler

3. Valencia, IberGrid 2009, May 20 th -22 nd 2009 3 Introduction CIEMAT – Spanish Public Organism for Research and Technological Development since 1951 – Structured in several Departments and Divisions  Technology ICT Division – Computation activities from the 50s of the previous Century

4. Valencia, IberGrid 2009, May 20 th -22 nd 2009 4 EELA EELA (EC SSA – 2006/2007) – To bring e-Infrastructures of Latin American countries to the level of those of Europe – Project Coordinator – WP1 (Management)  Administrative tools and support – WP2 (e-Infrastructure)  ROC – WP3 (Applications)  Biomedicine, HEP, e-Learning – WP4 (Dissemination)  Tutorials and events – Qualified as ‘Good to excellent ‘ by EC

5. Valencia, IberGrid 2009, May 20 th -22 nd 2009 5 EELA-2 EELA-2 (EC I 3 – 2008/2010) – To ensure long-term sustainability – Coordinated by CETA-CIEMAT – SA1 (e-Infrastructure)  Services provided: WMS, CE, SE, UI, BDII…  130 cores and 6.6 TB – JRA1 (Research)  VM – NA3 (Applications)  Phylogenetics  Fusion  Radiotherapy/Medical detectors

6. Valencia, IberGrid 2009, May 20 th -22 nd 2009 6 EELA-2: VM Virtual Machines – As workload units – Application and VO compliant execution – To face a highly heterogeneous environment – Goals  Dynamic VO specific services and software packages  Creation of customized virtual clusters for specific apps  Overlay a virtual cluster on more than one physical cluster

7. Valencia, IberGrid 2009, May 20 th -22 nd 2009 7 EELA-2: DKEsG Drift Kinetic Equation solver – LNF – Neoclassical transport for 3D Fusion devices (TJ-II) – DKEs  monoenergetic diffusion coefficients per parameter Radius of the magnetic surface, Electric Field Temperature, Density Ions or electrons – Division in minimal tasks that can run on cluster and Grid – DKEsG  coefficients of the Onsager transport matrix

8. Valencia, IberGrid 2009, May 20 th -22 nd 2009 8 EELA-2: PhyloGrid PhyloGrid – Fundación IDEA – Determination of the evolution history of different species  Influence between hosts and virus – MrBayes – Workflow in Taverna  Web service – Examples  Duffy domain  HIV  HPV

9. Valencia, IberGrid 2009, May 20 th -22 nd 2009 9 EELA-2: ALICE A Large Ion Collider Experiment – CERN, USC, CEADEN – nucleus-nucleus interactions at LHC energies  MC events of a particular quarkonia state  Coalescence model of production of D in pp and AA interactions – ALICE VO_BOX – ALiEn SW – Dedicated SE (4.4 TB) – Production (since August 2006)  ~ 750 CPU KSI2K hours  More than 70 Kjobs

10. Valencia, IberGrid 2009, May 20 th -22 nd 2009 10 EUFORIA EUFORIA (EC I 3 – 2008/2010) – To enhance the modelling capabilities for ITER sized plasmas through a set of critical applications  HPC  Grid – Coordinated by Chalmers Tekniska Högskola

11. Valencia, IberGrid 2009, May 20 th -22 nd 2009 11 EUFORIA EUFORIA (EC I 3 – 2008/2010) – GEM Code  Max-Planck-Institut für Plasmaphysik (Garching) and LNF  Univ. Edinburgh (HPC version)  MPI  -f particle code that includes the full dynamics of gyrokinetic ions and drift kinetic electrons  Workflow ETS

12. Valencia, IberGrid 2009, May 20 th -22 nd 2009 12 EGEE-III EGEE-III (EC I 3 – 2008/2010) – Largest multi-disciplinary grid infrastructure in the world – Coordinated by CERN – CIEMAT participates in several Activities

13. Valencia, IberGrid 2009, May 20 th -22 nd 2009 13 EGEE-III EGEE-III (EC I 3 – 2008/2010) – FAFNER2 code  LNF  NBI heating of plasmas (TJ-II configuration)  MC calculations  Able to be executed on Cluster (MPI) Grid (DRMAA and MPI)  Workflow ISDEP ETS

14. Valencia, IberGrid 2009, May 20 th -22 nd 2009 14 EPIKH EPIKH (EC MCA – 2009/2012) – To consolidate e-Science by a well structured programme  Latin America  Asia  Africa – Coordinated by Consorzio Cometa – Grid Schools  System Administrators (1 week)  Applications (2 weeks)  Final workshop (1-2 days)

15. Valencia, IberGrid 2009, May 20 th -22 nd 2009 15 Spanish Initiatives Spanish e-Science Network (MICINN CAC) – To coordinate and foster the scientific activities in e-Science – Coordinated by UPV – In Grid Apps and e-Infrastructure areas – NGI  gLite Grid site (40 cores & 2.2 TB)  General, Operations and Training VOs supported – JRU

16. Valencia, IberGrid 2009, May 20 th -22 nd 2009 16 Spanish Initiatives Spanish e-Science Network (MICINN CAC) – Accredited Group of Support for apps  Physics, Fusion, Bioinformatics – I3A-Univ. Zaragoza  mitochondrial DNA  Phylip & MrBayes

17. Valencia, IberGrid 2009, May 20 th -22 nd 2009 17 Spanish Initiatives GRIDImadrid – In the framework of Biogridnet – Coordinated by UCM – Devoted to research on middleware techniques – Globus site Ibercivis – BOINC – Dissemination activities (web)

18. Valencia, IberGrid 2009, May 20 th -22 nd 2009 18 SC: Precedents Computation Activities at CIEMAT – since 1959 – Many scientific fields  Fusion, HEP, Environmental Sciences… – Many platforms  Vectorial, Cray, Altix, cc-NUMA, X86... – Open to any researcher (not only to the CIEMAT staff) Some examples – Uniac Solid State UCT – 1959 – Univac machines (1110/81 by terminal) – 70s – IBM 3090/150 (LAN) – 1985 – Cray Computers (T3E parallel arch) – 90s – SGI machines (Linux) – XXI Century

19. Valencia, IberGrid 2009, May 20 th -22 nd 2009 19 SC: Nowadays Some of the previous, still operative A step beyond: clusters – Better value for money – The most extended architecture worldwide – Around 200 processors  HPC  Grid – Many SW libraries/tools provided

20. Valencia, IberGrid 2009, May 20 th -22 nd 2009 20 SC: Now and then Euler – Constellation cluster  144 processors Dual Xeon quad-core 3.0 GHz (2 GB per core)  RAM memory of 2.3 TB for the 1152 cores  140 GB of storage per node (21 TB as a whole)  Interconnected by Infiniband  Fully devoted to the execution of jobs  X86 architecture – Lustre File System – multi-tier RAID 6+0 disk cabinet (60 TB) – Linpack Test on Intel Chip 5450  R peak = 13.82 Tflops ; R max = 10.98 Tflops – To be upgraded in 2010 (70%)

21. Valencia, IberGrid 2009, May 20 th -22 nd 2009 21 SC: Now and then CIEMAT aims to join RES – Providing Euler resources – Scientific support ICT Research – CIEMAT Data Centre is heterogeneous – Friendly interface for the submission of jobs  Maximising the resources – Based on GridWay and Virtual Machines

22. Valencia, IberGrid 2009, May 20 th -22 nd 2009 22 SC: Now and then

23. Valencia, IberGrid 2009, May 20 th -22 nd 2009 23 Conclusions CIEMAT has always fostered ICT – Not only internal support, but research too Involved in several Projects Aims to collaborate with other researchers in many disciplines (Grid & HPC)

24. Valencia, IberGrid 2009, May 20 th -22 nd 2009 24 Alicia Acero, Angelines Alberto, Fernando Blanco, Jorge Blanco, Francisco Castejón, José A. Fábregas, Liubov A. Flores, Manuel Giménez, Pedro González, José Guasp, Raúl Isea, Pedro Ladrón de Guevara, Rafael Mayo, Esther Montes, Antonio Muñoz, Manuel Rodríguez-Pascual, Antonio J. Rubio-Montero, Eulogio Serradilla and Stefano Troiani THANK YOU