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PRACE Project Update

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Title: PRACE Project Update


1
PRACE Project Update
  • Thomas Eickermann, Forschungszentrum JülichHPC
    User Forum , October 2009

2
Outline
  • What is PRACE
  • Where we stand
  • What comes next
  • Questions

3
Outline
  • What is PRACE
  • Where of we stand
  • What comes next
  • Questions

4
Supercomputing Drives Science through Simulation
Environment Weather/ Climatology Pollution /
Ozone Hole
Ageing Society Medicine Biology
Energy Plasma Physics Fuel Cells
Materials/ Inf. Tech Spintronics Nano-science
5
HET The Scientific Case
  • Weather, Climatology, Earth Science
  • degree of warming, scenarios for our future
    climate.
  • understand and predict ocean properties and
    variations
  • weather and flood events
  • Astrophysics, Elementary particle physics, Plasma
    physics
  • systems, structures which span a large range of
    different length and time scales
  • quantum field theories like QCD, ITER
  • Material Science, Chemistry, Nanoscience
  • understanding complex materials, complex
    chemistry, nanoscience
  • the determination of electronic and transport
    properties
  • Life Science
  • system biology, chromatin dynamics, large scale
    protein dynamics, protein association and
    aggregation, supramolecular systems, medicine
  • Engineering
  • complex helicopter simulation, biomedical flows,
    gas turbines and internal combustion engines,
    forest fires, green aircraft,
  • virtual power plant

6
A recent success
  • Calculation of hadron masses based on first
    principles on the 16 Rack BlueGene/P (200
    TFlops) in Juelich
  • For the first time, sufficient compute capability
    to include enough physics in the computational
    model, so that the calculated masses are
    consistent with the experimentally known
    masses(Fodor et al.)
  • Confirmation of QCD theory
  • Rated as one of the top 10 scientific
    breakthroughs 2008 by Science
  • This happened in the first year of operation of
    the machine

7
Europes current position in HPC
Aggregated LINPACK Performancein PetaFlop/s in
November Top 500 Lists
PFlops
91 of European HPC-power is within
PRACEcountries
8
PRACE A Partnership with a Vision
  • Provide world-class HPC systems for word-class
    science
  • Support Europe in attaining global leadership in
    public and private research and development
  • Create a world-leading persistent high-end HPC
    infrastructure
  • Deploy 3 5 systems of the highest performance
    level (tier-0)
  • First European Petaflop/s system deployed in
    Jülich
  • Ensure a diversity of architectures to meet the
    needs of European user communities
  • Provide support and training

and a Mission
9
PRACE Historyand first steps
HPCEUR
HET
PRACE Preparatory
PRACE MoU
2004
2005
2006
2007
2008
EU-Grant INFSO-RI-211528, 10 Mio.
PRACE Implementation Phase
Phase
2009
2010
2011
2012
2013
Foreseen PRACE Tier-0 centres providing
HPC-capability service in a legal entity
10
HPC-Service is an item on the ESFRI Roadmap
  • The European Roadmap for Research Infrastructures
    is the first comprehensive definition at the
    European level
  • Research Infrastructures areone of the crucial
    pillars of the European Research Area
  • A European HPC service impact foreseen
  • strategic competitiveness
  • attractiveness for researchers
  • supporting industrial development

10
11
The PRACE Initiative (MoU)
  • 2007 April, 16 Memorandum of Understanding
    signed by 14 European member states in Berlin
  • 2008 France, Germany, Spain, The
    Netherlands and UKreconfirmed their commitment
    for establishing an European HPC Research
    Infrastructure
  • Italy became a PrincipalPartner in September
  • 2009 6 new European member states have joined
    the PRACE initiative (Bulgaria and Czech Republic
    joined in September)
  • more are interested

11
11
12
The PRACE Project
  • EU approved the PRACE Preparatory Phase Project
  • (Grant INFSO-RI-211528)
  • 16 Partners from 14 countries
  • Project duration January 2008 December 2009
  • Project budget 20 M , EC funding 10 M
  • Kickoff Jülich, January 29-30, 2008

13
PRACE Project Objectives in a Nutshell
  • Perform all legal, administrative, and technical
    work to create a legal entity and start
    providing Tier-0 HPC services in 2010
  • PRACE project tasks
  • Define the legal administrative framework (WP2)
  • Dissemination, outreach training (WP3)
  • Cooperate with the European HPC ecosystem (WP2/3)
  • Distributed computing (WP4)
  • Prototype system assessment (WP5)
  • Software enabling for prototype systems (WP6)
  • Procurement strategy Petaflop/s systems for
    2009/2010 (WP7)
  • Future Petaflop/s technologies, vendor
    cooperation (WP8)

14
Outline
  • What is PRACE
  • Where we stand
  • What comes next
  • Questions

15
After the First Successful Year
  • Project review March 5-6, 2009, in Brussels
  • A full day of presentation of the project results
    of year1
  • Coordinator and all work packages presented
  • PRACE is the collaborative achievement of over
    250 persons at the 16 partner sites
  • Expertise includes a Chairman of the Board,
    (coordinator), executives, scientists,
    programmers, legal experts,
  • The project made very good progress

16
Selected Results and Highlights
  • Applications
  • Systems/Architectures
  • Training and Outreach

17
Categorisation of Applications
  • Benchmark applications should be representative
    of European HPC usage
  • We conducted surveys of PRACE partners HPC
    systems and major applications
  • Collecting various interesting data for 24
    systems and 69 applications
  • Quantitative basis for selecting representative
    applications
  • Disseminated as Technical Report

18
Representative Benchmark Suite
  • Defined a set of applications benchmarks
  • To be used in the procurement process for
    Petaflop/s systems
  • 12 core applications, plus 8 additional
    applications
  • Core NAMD, VASP, QCD, CPMD, GADGET,
    Code_Saturne, TORB, ECHAM5, NEMO, CP2K, GROMACS,
    N3D
  • Additional AVBP, HELIUM, TRIPOLI_4, PEPC, GPAW,
    ALYA, SIESTA, BSIT
  • Each application will be ported to appropriate
    subset of prototypes
  • Synthetic benchmarks for architecture evaluation
  • Computation, mixed-mode, IO, bandwidth, OS,
    communication
  • Applications and Synthetic benchmarks integrated
    into JuBE
  • Juelich Benchmark Environment
  • Benchmark suite is updated based on scaling
    results

19
Mapping Applications to Architectures
  • Identified affinities and priorities
  • Based on the application analysis - expressed in
    a condensed, qualitative way
  • Need for different general purpose systems
  • There are promising emerging architectures
  • Will be more quantitative after benchmark runs on
    prototypes

E estimated
20
Prototypes for Petaflop/s systems in 2009/2010
  • IBM BlueGene/P (GCS-FZJ)
  • 01-2008 / 06-2009
  • IBM Power6 (SARA)
  • 07-2008
  • Cray XT5 (CSC)
  • 11-2008
  • IBM Cell/Power (BSC)
  • 12-2008
  • NEC SX9, vector part (HLRS)
  • 02-2009

Intel Nehalem/Xeon (CEA/FZJ)06-2009
20
21
Procurement Strategy, Cost Estimates
  • Analysis of European procurement procedures
    completed, best practices
  • Work in progress
  • Definition of general procurement process
  • Definition of selection and evaluation criteria
  • Evaluation process for offers by vendors
  • Market watch what will it take to be in the Top
    5 / Top 10 in 2010 2011 ?
  • TCO estimates based on market survey, vendor
    input and partners experience, repeated annually
  • Overall goals are consistent with committed
    funding of 100 M/a

22
Prototypes for Systems beyond 2010 selected
22
23
Prototypes selected (contd)
23
24
Outreach and Education
Industry seminars 1st Seminar Sept. 3, 2008
Amsterdam, The Netherlands 2nd Seminar Sept. 7-8,
2009 Toulouse, France
Summer winter schools Stockholm, Athens
PRACE booth at SC08
PRACE website
PRACE booths ISC, ICT, SC,
1st Industry seminar, 3.9.2008
ICT 2008, PRACE-Booth
PRACE Winter Schoolat the OTE academy,
Athens26-29.8.2009
24
PRACE Summer School Stockholm
25
Outline
  • What is PRACE
  • Where we stand
  • What comes next
  • Questions

26
Next Steps
  • Contracts for the legal entity are in final
    negotiation, signature planned still in 2009
  • Temporary seat in Lisbon
  • PRACE Tier-0 Infrastructure will become operable
    during first half of 2010
  • Small HQ in charge of organisational, financial
    and legal tasks and Peer Review
  • Tier-0 services for the Scientific Community
    provided by the hosting members of the legal
    entity.
  • Implementation and further development will be
    major task in the next years co-funded by the EC

27
How will the Infrastructure look like in a year
from now ?
  • An association with its seat in Lisbon
  • 20 members
  • Performing pan-European Peer-Review
  • Coordinating national procurements of Tier-0
    machines
  • Coordinating pan-European training and user
    support
  • First Tier-0 Machine
  • 1 PFlops BG/P in Juelich_at_Gauss
  • Supporting work in EC-funded implementation phase
    project

28
Accessing the future PRACE RI
  • Disclaimer this is work in progress
  • Access Model
  • Based on peer-review the best systems for the
    best science
  • Three types of resource allocations
  • Test / evaluation access
  • Project access for a specific project, grant
    period 1 year
  • Programme access resources managed by a
    community
  • Free-of-charge for European scientific
    communities

29
Accessing the future PRACE RI cont.
  • Disclaimer this is work in progress
  • Access Models for Commercial users ( lt 10)
  • Peer Review based, free of charge if results are
    made public (similar to US INCITE programme)
  • Paid Access
  • Funding of the Infrastructure
  • Mainly national funding through partner countries
  • European contribution
  • Monitor relation between contribution and usage

30
How to get involved ?
  • If you are a national coordinator of HPC
    activities
  • and your country is not yet a member
  • Join the PRACE Initiative !
  • Port your code to the PRACE Prototypes
  • Prototypes are mainly be used project-internally,
    but
  • Prototypes are also made available to selected
    users for testing/porting purposes using a
    light-weight peer-review process
  • See http//www.prace-project.eu/prototype-access
  • Participate in the PRACE training dissemination
    events
  • 5 Code Porting Workshops
  • Meet us at the PRACE booth at SC09

31
Summary
  • In its first 18 months, the project had
  • major achievements in allareas
  • raised significant awareness with all
    stakeholders
  • reconfirmed the commitment of the Governments
  • PRACE is well prepared to
  • master the future challenges

31
32
PRACE All-Hands meetingFebruary 2009
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