Inter-regional e-infrastructures coordination - The CHAIN project

Transcription

1 Co-ordination & Harmonisation of Advanced e-infrastructures Inter-regional e-infrastructures coordination - The CHAIN project Federico Ruggieri, INFN Project Director GISELA-CHAIN Joint Conference Mexico City, June 2012 Research Infrastructures Grant Agreement n

2 Outline The CHAIN vision State of the art analysis Data analysis and recommendations Virtual Research Communities Interoperation & Interoperability Conclusions 2

3 Regional Grid infrastructures CNGrid NKN & Garuda EUAsiaGrid GISELA SAGrid & SANREN 3

4 CHAIN: global coverage 4

5 Project information Grant Agreement for a total EC contribution of 1.1 M Total cost: about 1.9 M Start Date: 1st December Duration 24 Months Partners: 1) INFN (Italy - Coordinator) 2) CESNET (Czech Rep.) 3) CIEMAT (Spain) 4) GRNET (Greece) 5) IHEP (China) 6) UBUNTUNET (Africa) 7) CLARA (Latin America) 8) PSA (India) 9) ASREN (Med./Middle East/Gulf) Since 1 August

6 Project strategic vision A world-wide Distributed Computing Infrastructure can address big scientific challenges that are not manageable with departmental computing systems Virtual Research Communities can transparently access different kind of resources: scientific applications and tools, Data Repositories, down to CPUs and Disks. The vision is that of VRCs sharing resources ubiquitously across different administrative domains Regional e-infrastructures should be made interoperable among each other. CHAIN is committed to promote and validate a proof-of-concept that addresses this 6

7 Project workplan State of the Art Assessment (WP2) Disseminate (WP5) Analyse the different Regional Approaches (WP2, WP4) Make Recommendations (WP2, WP3, WP4) Involve the VRCs (WP3) Propose a Road-Map and Intermediate solutions (WP4, WP3) Demonstrate the usefulness of interoperation (WP3, WP4) 7

8 Knowledge base (WP2, WP5) 8

9 Country view 9

10 Number of sites and number of CPUs Data analysis (WP4, WP2) 10

11 Operations Centres 27 National Operations Centres 9 Federations 1 EIRO (CERN) Availability/Reliability (PQ7): 94.8%/95.6% European Grid Infrastructure Logical CPUs (cores) 271,000 EGI (+13%) 400,000 All 122 PB disk and 128 PB tape Resource Centres 323 EGI-InSPIRE & EGI 352 All 108 supporting MPI (+12.5%) Countries 42 EGI-InSPIRE & EGI 56 All 11 11

12 Mediterranean and Middle-East Top BDII LDAP configuration file: 12 CNRST OBSPM IN2P3 LPSC Univ.Bordeaux SNS IN2P3 CPPMPISA INFN INFN BA PI GARR INFN RM3 Operational Sites CERIST IN2P3 IRES CCK In progress / Maintenance INFN TS INFN CT COMETA INFN LNS UoM CYNET NARSS ERI ECTP TUBITAK ULAKBIM HIAST IUGAZA EUN JUNET 39 sites (30 in production) in 16 countries ANKABUT (UAE) 12

13 HPC Systems Two 100 Tflops 3 PFlops Grid Software: CNGrid GOS CNGrid Environment 14 sites One OP Centers Some domain app. Grids Applications Research Resource & Environment Manufacturing Services glite sites in Beijing (IHEP, PKU) China 13

14 NKN Initial phase Jammu University IMTECH IIT-ropar, PU IIT-D, IIT-R, JNU,DU,AMU, CSIR, IGIB-N, IGIB-O, NDRI, RML, NSIT, IIITD CDRI, BA-univ, IIT-K, CSAU AAU, IIT-G, ICAR-S, univ-g, SAHA, VECC, IIT-P, IIT-KGP ICAR-P, Raj Univ JNKVV, RRCAT IIT-Gnr, AAU, SAC BARC, TIFR,CDAC,IIT-B, Anushakti Ngr NCRA,IITM,CDAC-P, IUCAA, Uni pune, IOP, IIT-BHU IIT-H, CADC-H, AMD, DNA, AGRANGA Univ, IIT-M, CDAC-M, IGCAR, Anna Univ, IIMSc, SNEYE IISC, RRI,CDAC-KP, CDAC-Elec, IIAP, TIFR-bangalore VSSC, CDAC-T, RCC Health CSIR Universit IIT. IISC y ICAR DAE CDAC

15 Africa & Arabia ROC (WP2, WP4) 15

16 China ROC ( Cloned tools from EGI Support to Chinese Users of EGI and WLCG. 16

17 Documents and Models 17

18 Access: the Science Gateway model (WP3, WP4) Embedded Applica-ons... App. 1 App. 2 App. N Standard-based middleware-independent Grid Engine Science Gateway Administrator Power User Basic User Brasil Europe, Africa, Asia Pacific, Latin America China India Users from different organisations having different roles and privileges 18

19 The GISELA Science Gateway ( 19

20 A couple of general purpose applications GNU Octave is a high-level interpreted language, primarily intended for numerical computations. R is a language and environment for statistical computing and graphics. 20

21 The CHAIN Application Database ( Project-specific Science Gateways can be accessed from the CHAIN AppDB 21

22 Structural biology Some Scientific Communities Meteorology and other Earth Science related areas Evolutionary biology darwin.uvigo.es Digital Cultural Heritage Computer-aided extraction of diagnostic markers for Alzheimer's disease and schizophrenia from medical images 22

23 LA sustainability Declaration: Sostenibilidad de la e-infraestructura de Grid y Cómputo Avanzado para la e-ciencia en América Latina Mexico City 29 June 2012 Por Ecuador Por México Por Colombia CEDIA UNAM CUDI UNIANDES RENATA 23

24 Conclusions The CHAIN project aims to provide a comprehensive vision on the evolution of Regional e-infrastructures The CHAIN Knowledge Base and Application DataBase already provide information on available services CHAIN project has successfully agreed with other regional projects on the SG approach. The GISELA SG offers both general purpose and specific applications in a standard-based and middleware-independent environment CHAIN is a gateway to several research communities 24

25 Co-ordination & Harmonisation of Advanced e-infrastructures Thank you Research Infrastructures Grant Agreement n