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Grid Technology and Applications in The North European Region

Grid Technology and Applications in The North European Region. Oxana Smirnova (Lund University/CERN) / ISGC 2005, Taiwan. Outlook. North European Region NORDUNet Past NORDUnet2, Nordic Testbed for Wide Area Computing and Data Handling, NGC Present

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Grid Technology and Applications in The North European Region

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  1. Grid Technology and Applications in The North European Region Oxana Smirnova (Lund University/CERN) / ISGC 2005, Taiwan

  2. Outlook • North European Region • NORDUNet • Past • NORDUnet2, Nordic Testbed for Wide Area Computing and Data Handling, NGC • Present • NorduGrid, DCGC, Swegrid, Norgrid, M-grid, Eesti Grid • Future • NDGF, NGN, Baltic Grid

  3. Northern Europe • This presentation covers Scandinavia, Finland, Baltics and North-West Russia

  4. NORDUnet: reliable connectivity http://www.nordu.net

  5. NORDUNet2 • NORDUNet2 • A project ran in 1999-2001, financed by the Nordic Council of Ministers • Purpose: secure Nordics’ leading place in international Internet development • Focused on 4 application areas: • Remote education • Telemedicine • Digital libraries • Infrastructure services • HEP (ATLAS) groups in Lund and Copenhagen • Different countries, but only 50 km apart (Stockholm is 600 km away) • Wish to contribute to ATLAS production via Grid (EDG) • Perfect application for NORDUNet2

  6. Nordic Testbed for Wide Area Computing and Data Handling (1/2) • Ran in 2001-2002 as a part of the NORDUNet2 program, aimed to enable Grid middleware and applications in the Nordic countries • Middleware: EDG • Applications: ATLAS DC1, theory (Lund, NORDITA) • Participants: academic groups from 4 Nordic countries • DK: Research Center COM, DIKU, NBI • FI: HIP • NO: U. of Bergen, U. of Oslo • SE: KTH, Stockholm U., Lund U., Uppsala U. (ATLAS groups) • Funded resources: • 3 FTEs • 4 test Linux clusters • 4-6 CPUs each • Variety of GNU/Linux OS: RedHat, Mandrake, Slackware • Other resources: • 2-3 × 0.5 FTEs • Rental CPU cycles

  7. Nordic Testbed for Wide Area Computing and Data Handling (2/2) • Strong links with EDG • WP6: active work with the ITeam; Nordic CA • WP8: active work with ATLAS DC1 • WP2: contribution to GDMP • Attempts to contribute to RC, Infosystem • Had to diverge from EDG in 2002 • January 2002: became increasingly aware that EDG won’t deliver a production-lever middleware • February 2002: developed own lightweight Grid architecture • March 2002: prototypes of the core services in place • April 2002: first live demos ran • May 2002: entered a continuous production mode • Became known as the NorduGrid(http://www.nordugrid.org)

  8. NGC • High Performance Computing labs go Grid, too • Nordic Grid Consortium set up in 2002 • Cooperation between CSC (Finland), Parallab (Norway), and PDC (Sweden) • http://www.nordicgrid.net • Set up an own CA • not to be confused with NorduGrid CA which is EDG/LCG/EUGridPMA-accredited: • /O=Grid/O=NorduGrid/OU=<your_organization>/CN=<your_name>/ • /O=Grid/O=NordicGrid/OU=<your_organization>/CN=<your_name>/ • Resources: a diversity of platforms • IBM SP, SGI Origin, IBM Regatta, Linux clusters • Plan to do joint Grid middleware and application development • So far leaned to UNICORE for the middleware

  9. NorduGrid • Since end-2002 is a research collaboration between Nordic academic institutes • Open to anybody, non-binding • Hosts Nordic Certificate Authority • Contributed up to 15% to the ATLAS DC1 (2002-2003) using local institute clusters and rental resources from HPC • Since end-2003 focuses only on the middleware support and development • The middleware was baptized Advanced Resource Connector (ARC) in end-2003 • 6 core developers, many contributing student projects • Provides middleware to research groups (ATLAS, theory) and national Grid projects • ARC is installed on 40+ sites (~5000 CPUs) in 10 countries

  10. ARC • One of the few Grid solutions developed by a (relatively small) regional project • Attractive for resource owners • Non-intrusive • Portable (variety of OS, LRMS) • Simple installation procedure • Attractive for users • Robust • Portable • Client can be installed everywhere by anyone • Supports any application

  11. DCGC • Danish Center for Grid Computing, established in August 2003 • http://www.dcgc.dk • 3 years project, aiming to • Provide Grid-access to test facilities (including HPC) • Host development activities • Provide user support • Aims at getting industrial partners and users involved • Uses ARC for middleware

  12. Swegrid • Swedish Grid testbed, inaugurated in March 2004 • http://www.swegrid.se • 600 processors in 6 clusters at 6 different sites • Hardware is financed by a private KAW foundation • Operational costs and personnel for support and maintenance are funded by the Swedish Research Council • Heterogeneous OS-wise (RH7.3, FC1, Debian) • Resource allocation for users is done via the Swedish National Allocation Committee, upon requests • 1/3 is allocated for LHC computing • The rest is distributed between chemistry, genomics, bioinformatics, climate studies etc – whoever applies • Uses ARC for middleware • Upon EGEE request, likely to be replaced by LCG2/gLite on the resources committed to EGEE

  13. NORGRID • Norwegian project for Grid competence building, January – December 2004 • http://norgrid.uio.no • ca. 3 FTE • Partners : NTNU, UiB, UiO, UiT, UNINETT • Funding 50% NFR and 50% partners • Objectives: • competence building on Grid middleware and related technologies in Norway • Prepare a middleware infrastructure for the next HPC project (starting 2005) • Emphasis on distributed data management, meta-scheduling, portals • Presently uses ARC • Evaluates it against UNICORE, GT4.x and LCG2/gLite

  14. M-Grid • Finnish Material Sciences National Grid Infrastructure, started in early 2004 • http://www.csc.fi/proj/mgrid/ • Coordinated by CSC • Partners: HIP, Helsinki U., Helsinki TU, Jyväskyla U., Tampere TU, Oulu U., Lappeenranta TU, Turku U. • Geared primarily towards users in Material Sciences • Physicists, Chemists and some Bioscientists • Hardware: heterogeneous resources; NPACI Rocks • Clusters are accessed both locally and via Grid middleware • ARC is chosen as the middleware • Built upon GT3.2.1

  15. Eesti Grid • Estonian national Grid initiative, started in 2004 • http://grid.eenet.ee • Tallinn and Tartu Universities, NICPB, EENet • Hosts Estonian and Baltic Certificate Authorities • One of the best Grid coverage per capita • 49 users,15 sites for 1.4 mln total population • Applications: physics, chemistry, IT; plans: bioinformatics, medical applications, nuclear safety, animated movies • Hardware: heterogeneous clusters • AMD and P4 architectures, PBS • ARC is chosen as the middleware • Education: Tartu University holds a 50 students strong Grid course

  16. NDGF • Initial success of NorduGrid provided grounds for a Nordic Grid facility • Nordic Data Grid Facility pilot project was launched in spring 2003 • http://www.ndgf.org • Funds for 1 director + 4 postdocs in each country • Strong emphasis towards portal development and storage facilities • Aimed to evaluate various Grid solutions, uses ARC so far • Will produce recommendations for the Nordic Grid facility • Aims to harness all the resources in the Nordic countries • Grid of Grids with a large centralized storage facility • This facility is expected to become the Nordic Tier1 candidate

  17. NGN • Nordic Grid Neighborhood is a networking project funded by the Nordplus program, started in September 2004 • http://www.nicpb.ee/NordicGrid/ • Joins efforts in Scandinavia, Finland, Baltic states and North-West Russia (St.Petersburg) • 20+ partners • supports and strengthens contacts in the field of Grid technologies • activities cover education, reciprocal knowledge transfer and Grid research and development • Plans to set up a testbed to deploy and demonstrate ARC and AliEn • The scope is to attract and educate users that can benefit from Grid, e.g., medical applications

  18. Baltic Grid • Initiated in October 2004 • Propagation of Grid computing in the Baltic region • Applies for the EU funding, supported by EGEE • Partners from Baltic states, Sweden, Poland • Set up the Baltic CA • Might get split into country-specific CAs • So far, sites use different Grid middleware • Estonia, Lithuania, Sweden: ARC • Poland, some Swedish sites: LCG2 • Still in the very initial stage

  19. Summary • North European countries are perhaps a unique region Grid-wise • Historically strong ties • Geographically compact region • Cultural and social similarities • Cooperation is stimulated for generations on government levels • Aligned laws and regulations • Exceptionally good Internet connectivity • Yet relatively small and scattered computing and storage resources, of different ownership • Cross-national Grid initiatives came first, followed by national ones • Both centrifugal and centripetal forces are in action, depending on the size/ownership of a resource • Hopes for a regional Grid facility, providing Tier1-level services • Most projects chose ARC as the basic middleware • There are more Grid activities, e.g., individual participation in European Grid projects like EGEE, NextGrid, Enacts, CoreGrid etc

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