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UK National Grid Service

UK National Grid Service. Andrew Richards NGS Executive Director Gillian Sinclair NGS Liaison Officer NGS IF08 – Manchester 4-5 th November www.ngs.ac.uk/innovationforum. History of NGS. Full production since September 2004 Phase 2 started in October 2006

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UK National Grid Service

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  1. UK National Grid Service Andrew Richards NGS Executive Director Gillian Sinclair NGS Liaison Officer NGS IF08 – Manchester 4-5th November www.ngs.ac.uk/innovationforum

  2. History of NGS Full production since September 2004 Phase 2 started in October 2006 New hardware at four core sites in September 2007 Work in progress to transition NGS to a SLA defined service

  3. The NGS Core, Partners & Affiliates, June 2008

  4. New Members in the pipeline NW-Grid NW England regional grid, Manchester, Liverpool, Lancaster and Daresbury Lab. HECToR UK National Supercomputer Brunel University GridPP, Tier2 Durham University GridPP, Tier2 Liverpool University GridPP, Tier2 Royal Holloway GridPP, Tier2 EDINA and MIMAS National Data Centres Aberystwyth Aston Daresbury CATS hybrid cluster Hull Plymouth RAL Visualization Cluster WRGrid NE England regional grid, Sheffield, York and Leeds DIAMOND National Synchrotron resource

  5. Types of Member Site Core Dedicated compute and/or data focused hardware purchased through the project Partner Regularly tested installation of NGS defined interfaces Supporting the NGS users Virtual Organisation Complete a service level description (SLD) Affiliate Regularly tested installation of NGS defined interfaces Maintains control over permitted users

  6. What does the NGS offer? Compute services Access to more and different resources Different ways of running jobs e.g. multi site MPI Data services Access to data storage Support and advice New ways of accessing data Access Services Methods to use collected externally available resources

  7. Applications Many applications installed on the NGS! Standard compilers on all core sites Other applications include: Abaqus Amber Siesta Gaussian Octave Gadget Fasta NAMD LAMMPS BLAST R ROOT GAMESS DOCK DL_POLY And more…..

  8. User access to the NGS Directly submit jobs using an installation of the Globus Toolkit on user workstation GSI-SSH terminal to connect to the resource broker or a site Web applet or easy install stand alone application Applications repository for web-based access running applications P-GRADE portal for workflow Application Hosting Environment for MPI across the WAN gLite UI system

  9. Examples Econometric analysis Molecular Dynamics Protein - drug interactions Astrophysics data storage and analysis

  10. NGS Future 2009-2014

  11. Business as Usual • The following services are classed as the core components needed to support grid/e-infrastructure related research within the UK. • This service list is not fixed and can be increased or decreased dependant on specific service demand or changing service requirements of the NGS project partners. • The list of core services provided will be reviewed every 6 months to ensure developing customer requirements are met. • Service Management • Outreach • Training • UK CA • Support service • Auxiliary Services e.g. MyProxy, VOMS, Accounting Exchange Service, Monitoring • Operational Security  • OPN •  International engagement/interface

  12. Project Work-packages • Project Management • Day to day project management to oversee transition from project to service. • Service provision • Oversee ongoing service management. • Transition to SLA • To define and SLA that meets the service requirements of the JISC and facilitates cross funding body work and the ability to define and meet specific requirements with other such funding bodies. • Accounting and charging models • Implement a national accounting exchange framework to facilitate exchange of accounting data between institutes and enable institutes to charge for resource usage. • Explore charge models, and mechanisms for charging, that an institute may adopt to facilitate provisioning services on a charged for basis • Partner support and development • Provide support (buddying) to HEI’s to assist with installation and becoming an NGS partner resource. • Development of tools to meet HEI requirements to assist with joining NGS • Increase participation in NGS Operations forums to facilitate community support across HEI’s

  13. Commissioned Services • Additional services and resources above and beyond those of the core ‘business as usual’ services • Through either direct funding from the NGS or other funding sources. • N.b. Some additional service could be free e.g. provision of lightpaths at no cost to NGS/resources as ja.net provisioned to provide • During the transition phase of NGS-3 some of these services will initially be funded from the NGS grant and transitioned to separate partner/commissioned services which are sustained in line with user requirements through direct funding or appropriate cost recovery/charge models. • Examples: • Compute services (free and charged for) • Data Storage • Visualisation • Specialist training facilities • CSE type support • Light Path connections • Etc.

  14. Next steps • Broad discussion with stakeholders • Users, HPC-SIG, Campusgrid-SIG, GridPP… • Include key people in proposal development • DB, PELC … • Develop ideas/proposal through September • Proposal to JISC late October • And to EPSRC too • Input from GridPP...

  15. The UsersGillian SinclairNGS Liaison Officergillian.sinclair@manchester.ac.ukAHM 2008, Edinburgh

  16. Who are they? • Over 700 active users from UK academia (and beyond in some cases) • All subject areas represented from arts and humanities to particle physics • Many users from non-member institutions • User survey over spring / summer 2008

  17. People are aware of?

  18. Why are people using our resources? 51% of people saved time by doing their research on the NGS

  19. The Compute Resource 85% know of other compute resources they could use at their institution NGS offers a wider variety of options – ideal for the beginning of your research NGS is more reliable The NGS often has smaller queues than local resources NGS is an additional resource to use as well as institutional ones giving added benefit Better support and documentation with the NGS “NGS has facilitated use of new techniques for me, this is a potential job-winner. Also the ability to run simulations with a short turnaround in emergencies has been a lifesaver in many contexts”

  20. Potential barriers • Grid certificates • roaming RAs • Computing knowledge • NGS portal • Not of relevance to all subject areas • Software and case studies for a range of subject areas • Lack of support • Helpdesk, local support at core sites

  21. Outreach • Mailing lists – NEWS and STATUS • fortnightly updates • Outreach section of NGS website • Events, newsletter, pdfs of promo material • Conference and event attendance • 14 conferences attended over the last 12 months, over 13,300 delegates reached

  22. Outreach plan • Articles for publication • iSGTW, EPSRC Connect, NeSC News etc • Press releases • 9 so far with 5 more in the pipeline • Publicity material • new generic leaflet, posters, user case studies • NGS News newsletter • 3 editions with 4th due out in Sept.

  23. Gillian SinclairNGS Liaison Officergillian.sinclair@manchester.ac.uk

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