GENCI and PRACE HPC challenges from a French …...Demonstration of the bumblebee’s ability to...
Transcript of GENCI and PRACE HPC challenges from a French …...Demonstration of the bumblebee’s ability to...
GENCI and PRACE HPC challenges from a French and
European perspective
G. Hautreux (GENCI)
HPCI Symposium 02/11/2017
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• Numerical Simulation: 3rd pillar of science with theory (modelling) and experimentation/ observation
Supercomputers
High Performance Computing
DATA+AI
High Performance
Data Analytics
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CONVERGENCE HPC & BIG DATA A new paradigma
Modelling of phenomena impossible to « reach »
with observation or experimentation
More and more precise numerical simulations
of complex phenomena
Optimisation of products and
of industrial process
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THE CONTEXT (1/3) High Performance Computing, a strategic tool
Climat
Energy
Chemistry
Materials
Life Sciences
Astrophysics
Climate
For Science
Automotive
Aeronautics
Pharmacology
Oil & Gas exploration
Personalised medicine
For Innovation
Natural risks
Biological and epidemiological
risks
Impact of industrial activities
Security
For decision support
Social sciences & Humanities
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THE CONTEXT (2/3) A global and multi-players competition
USA
Major Initiative Public/private partnerships Implication of all the federal
US agencies Exascale in 2021
China
An exascale system expected in 2021 (investment = 130
billion yens)
Japan
An European research infrastructure for HPC #1 objective: Compete with the US and Asia European Open Science Cloud and Data Infrastructure initiatives
Europe
France
Grand Equipement National de Calcul Intensif
Leader since 3 years Sunway TaihuLight #1 in the world (125 Pflop/s, (“home
made” components) Exascale in 2019 !
Massive investments for exascale with key
technological disruptions to come
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THE CONTEXT (3/3) The HPC ecosystem in France
funded by in the context of
European Governance
National Governance
Regional Governances
25 country members including France represented by GENCI
< 1 Pflop/s
> 10 Pflop/s
Until 10 Pflop/s
Ignition in an annular combustion chamber
Instabilities in vortices
Microcracks in a material
3 computing centres 4 supercomputers
Coordination GENCI 15 partners
+ =
With an opening to the industrials, focus on SMEs
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French strategy for equipping the 3 national computing centres (TGCC, Idris, Cines)
National dynamics Expanded into the
regions with
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MISSIONS OF GENCI
National HPC + storage resources management
Promotion of HPC Among academics and industrials With a specific action towards SMEs Democratisation of the use of HPC in the context of CGI’s CEI with Teratec
GENCI represents France within PRACE Making Curie available (80%) Visibility in Europe
2000-2004 France’s delay
in HPC
2007 Creation of GENCI
to fill the gap
2017 Competitive resources,
Europe of HPC
“Civil society” 5 shareholders
2007-2016 budget = €30M 2017 budget = €30M
• Genci with Equip@meso partners • On the basis of the Bpifrance/GENCI/Inria Initiative
= Proof of concept
Participation in the Europe of HPC
European dynamics • One Network of 7 computers including Curie
70Pflop/s in 2017
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GENCI IN FRANCE (1/3)
Regular renewal of supercomputers Computing power = 6,7 Pflop/s (x 380 in 10 years)
Free access to core hours Two calls per year for projects process managed by
GENCI, on the criterion of scientific excellence Open to academic researchers and industrials with
publication of their results In 2017, 1.6 billion core hours available Allocations to 600 projects in all fields with 15%
industrial support
Pilot of the allocation process of computing
time
Systems and access
Curie since 2012 Bull Bullx - 1,6 Pflop/s Ada and Turing since 2013
IBM - 1,6 Pflop/s
Occigen since 2015 Bull Bullx - 3,5 Pflop/s
6,7 Pflop/s in 2017
BULL Sequana 9 Pflop/s • 6 cells Skylake 24c : 79 488 c • 3 cells KNL 68c : 45 288 c • 380 TB memory • Multi level Lustre 500 GB/s • Upgrade to 20 Pflops in 2020
Irene (S2 2018)
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GENCI IN FRANCE (2/3) Some examples of results
Cosmology: Evolution of the Universe 1st full simulations in the world of the evolution of the structuration of the whole observable Universe,
from the Big Bang to nowadays Monitoring of the evolution of 550 billion particles with > 2,5 trillion calculation points Procedure for data processing: 150 PB raw data -> 1,5 PB useful data with smart in-situ Bull Fourier 2012 + HPCwire 2012 and 2013 awards
20 million core hours GENCI on Curie in 2012
DEUS Project CNRS
Turbulence: Bioinspired technologies Simulation of the flight of the bumblebee for conceiving the next generations of micro-drones International project involving German (Berlin and Rostock) and Japanese (Chiba) researchers
Until 16,000 computing cores used to simulate a flight at 9 km/h Demonstration of the bumblebee’s ability to control his flight and to adapt it in a few microseconds
9 million core hours GENCI on Ada and Turing (Idris) in 2015 Next steps: Simulation of the flight of the hawkmoth and of fish swimming
Aix-Marseille Université project
Climatology: Oceanic circulation in the North Atlantic 1st simulations on a km scale taking into account the complexity of coasts and seabed + surface atmospheric
conditions A factor 30 improvement o the existing state-of-the-art Reference data for the joint French-US space mission SWOT in 2020
17 million core hours GENCI on Occigen (Cines) end 2014, with the NEMO code
H20 Project CNRS
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GENCI IN FRANCE (3/3) SIMSEO a national initiative to boost SME competitiveness !
Result of GENCI/Teratec common answer to the Call for Expression of Interest (CEI) on the “Diffusion of numerical simulation”, launched by the Commissariat Général à l’Investissement (CGI) in 2014
Objective: To help French small and medium-sized companies access to numerical simulation
Dissemination related to HPC issues
Organised in the region by SystemX under
the management of GENCI and Teratec
Local support
7 regional platforms Normandie-Nord-Ouest
Aquitaine-Limousin-Poitou-Ch. Midi-Pyrénées-L.-Roussillon
Île-de-France Champagne-Ardenne
Alsace-Lorraine Auvergne-Rhône-Alpes
Sector-specific services
Construction industry Mechanics Engineering
Manufacturing …
Training Objectives: What is possible to
model? With what kind of tools? What for? With what kind of data? What is
the impact in the process of conception, validation and operation? What are the consequences on the business model? And what could be
the next steps to use numerical?
Sectorial, focused Acculturation Regional, tailor-made
ISC’17 – PRACE Industry Track 20 June 2017
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Partnership for Advanced Computing in Europe
PRACE is an international not-for-profit association under Belgian law, with its seat in Brussels. PRACE counts 25 members and 2 observers. The PRACE Hosting Members are France, Germany, Italy, Spain, and Switzerland. PRACE is governed by the PRACE Council in which each member has a seat. The daily management of the association is delegated to the Board of Directors. PRACE is funded by its members as well as through a series of implementation projects supported by the European Commission.
11 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
Towards P
RA
CE
Partners
Tow
ards
End
-Use
rs
PRACE | services for science and industry
Tier-0 systems (open R&D) - Project Access
1-3 years - Preparatory Access
Type A, B, C, D Tier-1 systems (open R&D) - DECI Programme
Support Application Enabling & Support - Preparatory access Type C - Preparatory access Type D
- Tier-1 for Tier-0 - SHAPE - HLST support
Training - Training Portal - PATC, PTC - Seasonal Schools & on
demand - International HPC Summer
School - MOOC
- Code Vault - Best Practice Guides - White Papers
Access Communication, Dissemination, Outreach - Website - Public Relations - Scientific Communication - Summer of HPC Events - PRACEdays - SC, ISC, ICT, ICRI, DI4R, … Operation & Coordination of the common PRACE Operational Services - Service Catalogue - PRACE MD-VPN network - Security HPC Commissioning & Prototyping - Technology Watch, PCP - Infrastructure WS - Best Practices - UEABS
12 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
PRACE | achievements ▶ 570 scientific projects enabled ▶ 16 000 000 000 (thousand million) core hours awarded since 2010 ▶ Of which 63% led by another PI nationality than the HM ▶ R&D access to industrial users with >50 companies supported ▶ >10 000 people trained by 6 PRACE Advanced Training Centers, and other
events ▶ 70 Petaflops of peak performance on 7 world-class systems ▶ 25 PRACE members, including 5 Hosting Members
(France, Germany, Italy, Spain and Switzerland)
13 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
MareNostrum: IBM BSC, Barcelona, Spain #13 Top 500
JUQUEEN: IBM BlueGene/Q GAUSS @ FZJ, Jülich, Germany
#21 Top 500
CURIE: Bull Bullx GENCI/CEA, Bruyères-le-Châtel, France #85 Top 500
SuperMUC: IBM GAUSS @ LRZ, Garching, Germany #40 Top 500
Hazel Hen: Cray GAUSS/HLRS,
Stuttgart, Germany #17 Top 500
MARCONI: Lenovo CINECA, Bologna, Italy #14 Top 500
Piz Daint: Cray XC50 CSCS, Lugano, Switzerland #3 Top 500
PRACE | Tier-0 Systems
7 Tier0 systems 68 PFlop/s end 2017
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PRACE | support to science
Data up to and including Call 15, % of total core hours awarded (Project Access)
Biochemistry, Bioinformatics & Life Sciences [POURCENTAGE]
Chemical Sciences & Materials [POURCENTAGE]
Universe Sciences [POURCENTAGE]
Mathematical & Computer Sciences [POURCENTAGE]
Earth System Sciences
[POURCENTAGE]
Engineering [POURCENTA
GE]
Fundamental Constituents of Matter [POURCENTAGE]
15 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
Breakthroughs for the EU research CLIMATE : FACING THE TEMPEST
A three-year advance in developing new climate models
144 million hours
on Hermit (Germany)
ASSESS THE IMPACT OF BIG EARTHQUAKES
3D full-wave tomographic IMAGINg of the Entire ITalian lithosphere
Use of SPECFEM3D
40 million hours
on Curie (France)
Nuclear physics: New outlooks PRACE (Juqueen@Jülich) + GENCI (Turing@Idris) ressources = 160 million core hours in 2014 Confirmation of the mass difference between neutrons and protons, necessary to the stability of nuclei
1st reliable calculation A step towards 10x more precise calculations Article in Science, commented in Nature by Franck Wilczek, Nobel Prize for physics in 2004
QCDpQED project U. Wuppertal/CNRS
160 million hours
on Juqueen (Germany)
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Breakthroughs for EU industry
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IMPROVING CAR SAFETY A world premiere in the automotive industry
→ Performing more accurate crash optimization 42 million hours on Curie (France) Assess new large scale optimization methods: 200
parameters, 20 million finite elements Anticipate new security rules (EuroNCAP6) Impossible with internal Renault R&D HPC
resources
5 million core hours on Hermit (Germany) 8.2 million hours on CURIE (France)
DEVELOPING NEW DRUGS Molecular Dynamics Simulations for Computing Kinetic Constants for Drug Discovery Improve the process of drug discovery by
taking into account for the first time kinetic properties of a drug and a candidate protein
International collaboration K4DD (Kinetics for Drug Discovery) with NAMD and Gromacs
11 million core hours on Fermi (CINECA)
IMPROVING SHIP SURVIVABILITY UNDER WAVE IMPACT AND AQUAPLANING FOR AUTOMOTIVE
→ Major step: 32k cores simulations – Increased EU visibility and competitiveness for a SME 5 million core hours on Hermit (Germany)
8.2 million hours on CURIE (France)
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© L. Flores – EC DG Connect
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© L. Flores – EC DG Connect
EURO HPC
PRACE
CoE
ETP4HPC
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Targets of EDI | COM (2016) 178 final ▶ The European Data Infrastructure is the combination of world-class supercomputing (HPC) capability,
high-speed connectivity, leading-edge data storage and interfaces for cloud-based service delivery.
High-performance ICT infrastructures are needed to manage the current and expected scale of future data
flows. European science, industry and public services need world-class infrastructures and cloud-based
services to compete and thrive in the digital economy. The EDI will provide the right support for the
European Open Science Cloud (EOSC)
▶ Finally, scientific data producers and users must be able to re-use data and to use advanced analytics
techniques, …
▶ EDI will work in combination with the national and regional, scientific and public data centre
▶ The European Data Infrastructure will contribute to the digitisation of industry, to develop European
platforms for new, strategic applications (e.g. medical research, aerospace, energy) and to foster
industrial innovation. It will widen the user base of HPC, providing easier access via the Cloud both to
researchers in key scientific disciplines and to the long tail of science
20 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
PRACE | perspectives of EDI ▶ Build on PRACE success so far ▶ Update of the PRACE Scientific Case ▶ Extend services
▶ Towards a data-centric approach ▶ Enhance integration of the Tiers ▶ Enhance services towards industry and extend
to public sector ▶ Further federate efforts
▶ European Commission & Member States ▶ Connect to EuroHPC
▶ Develop appropriate governance
new HPC services
Data services
new services
to industry
relation with
Géant
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AND TOMORROW, WHAT ARE THE NEXT STEPS?
2007 2017 2020 0 Pflop/s ≈ 70 Pflop/s >> 500 Pflop/s
0,02 Pflop/s 6,8 Pflop/s > 80 Pflop/s
<0,01 Pflop/s ≈ 1,5 Pflop/s > 5 Pflop/s
Today: a consolidated ecosystem
But tomorrow: Necessity to continue to invest for remaining competitive… And for answering the needs of users and solving the big questions to come
With a big challenge to face: The convergence of HPC, HPDA, AI and cloud/networks
• Climate: 6th IPCC exercise and global climate models at a kilometric scale
• Combustion: Complete LES simulation of a turbine • Decision support: Real-time modelling of a forest fire, high
resolution seismic imaging of the Earth • Instrumentation: Using data of the future large instruments
(ITER, EUCLID, e-VLT, SWOT, SKA, APOLLON…) • Health: Modelling of the brain or the heart, personalised
medicine, … • Materials: New materials and nanotechnologies • …
22 www.prace-ri.eu The Partnership for Advanced Computing in Europe | PRACE
THANK YOU FOR YOUR ATTENTION ご清聴ありがとうございました
www.genci.fr www.prace-ri.eu