Evoluzione del sistema di calcolo tecnico scientifico

Transcription

1 Infrastruttura eccellente ed efficiente per la ricerca italiana Evoluzione del sistema di calcolo tecnico scientifico CINECA Sistemi ad Alte Prestazioni CINECA Casalecchio di Reno (BO) Via Magnanelli 6/3, Casalecchio di Reno

2 The CINECA Consortium Consortium of 28 Italian Universities, CNR and MIUR Private non for Profit Organization Founded in 1969 by Ministry of Public Education now under the control of Italian Ministry of University and Research 2005 Turnover: Euro 50 Millions Main activities: Research and Services both for universities and private enterprises and Ministry 2

3 Attività e Progetti in corso Progettazione, sviluppo e modello di sfruttamento per l infrastruttura nazionale di supercalcolo Progettazione implementazione e sfruttamento di un framework per lo sviluppo di applicazioni, interfacce grafiche,, portal gateways e web services 5 partnership con i centri di ricerca nazionali CNR- INFM fisica della materia, INSTM material science, INAF astrofisica,, SISSA, OGS geofisica 2 Principali contratti industriali ARPA / SMR e SCS s.r.l - CINECA Spin off (ENI Pirelli Alenia Lunarossa ) 11 Progetti Europei finanaziati; fra gli altri HPC - Europa Integrating Activity Scheme DEISA Communication Network Development Scheme 4 Progetti Nazionali nell ambito della bioinformatica 4 Progetti Regionali per azioni di trasferimento tecnologico 2 Progetti per la modellazione digitale del terreno e il marketing territoriale 3

4 CINECA Infrastructure Service Model G P F S To DEISA GPFS & LL MC A E B C D F A F Web Service Grid Service G P F S / S F S 5 S F S / N F S SSH SFTP HTTP SOAP Proprietary Protocols Software products Services User interfaces: web grid proprietor's To DEISA UNICORE,GRIDFTP, LSF MC 4

5 Meeting with Grid5000 consortium 3/10/2006 FP7 prospects Mário Campolargo European Commission - DG INFSO Head of Unit Research Infrastructures Kyriakos Baxevanidis Deputy Head of Unit Research Infrastructures European Commission, DG INFSO kyriakos.baxevanidis@cec.eu.int e-infrastructure: 5

6 FP7 - calendar Call 1 Call 2 Call 3 Call 4 Call 5Call FP6 FP7 Communication on FP7 orientations FP7, SPs, RfP proposals Adoption FP7 Work Programmes + Calls New Financial Perspectives Communication on new financial perspectives Agreement Legislative proposals

7 FP7 - Specific Programmes Cooperation Collaborative research (predefined themes, refined FP6 instruments/etp) Ideas Frontier Research (competition, individual grants) People Human Potential (mobility) Capacities Research Capacity (infrastructure, SMEs, science and society) + JRC (non-nuclear) + JRC (nuclear) + Euratom

8 FP7 - Cooperation 1. Health 2. Food, Agriculture, Biotechnology 3. Information and Communication Technologies 4. Nano, Materials and new Production Technologies 5. Energy 6. Environment (including Climate Change) 7. Transport (including Aeronautics) 8. Socio-economic Sciences and Humanities 9. Security and space competitiveness of European industry enable Europe to shape future developments of ICT to meet society & economy demands

9 FP7 Cooperation Programme Cooperation: 32.4 b (9.1 b for ICT) Total: m Ideas: 7.5 b DRAFT Is targeting key scientific and technology areas where Europe wants to have an impact and is focusing on the support to cooperation between universities, industry, research centres and public authorities JRC: 1.8 b across the European Union as well as with the rest of the world People: 4.7 b Capacities: 4.2 b (0.62 b for e-infrastructures) 9

10 FP7 - Capacities 1. Research Infrastructures 2. Research for the benefit of SMEs 3. Regions of knowledge 4. Research potential Optimises the use and development of the best research infrastructures existing in Europe, helping to create new ones keep EU in the research forefront strengthen industry technology know-how

11 FP7 Capacities Programme Cooperation: 32.4 b (9.1 b for ICT) Total: m Ideas: 7.5 b DRAFT to enhance research and innovation capacity throughout Europe People: 5 b JRC: 1.8 b Capacities: 4.2 b (0.62 b for e-infrastructures) 11

12 e-infrastructures in FP7 - strategy Bringing the best brains together Sharing the best scientific resources Weather Forecast VO Biomedics VO Astrophysics VO Scientific Data Sharing Scientific Resources Communication Network Producing the best science

13 ICT based new infrastructures in FP7 - HPC key component of a science and industrial research infrastructure sustainable eco-system, pyramid shaped, requiring European expertise and services infrastructure reaching petaflop level consistent investment / upgrade on top of national infrastructures building on a DEISA-like model supporting different algorithmic processes rather than different scientific disciplines and benefit from complementary research in ICT (software, embedded, applications) Key element in an industrial strategy (use of pre-commercial procurement)

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15 ICT based new infrastructures in FP7 - HPC Construction phase I phase I Construction phase II

16 ICT based new infrastructures in FP7 - HPC Pre-commercial procurement Procurement Phase 0 Research Phase 1 Solution proposal Supplier A Supplier B Supplier C Supplier D Phase 2 Prototype Supplier B Supplier C Supplier D Phase 3 Pre-commercial product/service Supplier B Supplier D Phase 4 Commercial product/service Supplier A,B,C,D or X Tendering (GPA applicable) Tendering (GPA not applicable) Construction phase I phase I Construction phase II

17 Call 1, Open: Jan/Feb 2007 deadline Apr/may The network of the future 2. Service and software architectures, infrastructures and engineering 3. Secure, dependable and trusted infrastructures 4. Networked media 1. Cognitive systems, interaction, robotics 1. Next generation nanoelectronics components & electronics integration 2. Organic and large-area electronics and display systems 3. Embedded systems design 4. Computing systems 1. Digital libraries, usage and learning 1. Personal health systems for monitoring and point-of-care diagnostics 2. Advanced ICT for risk assessment and patient safety 1. ICT for the intelligent car and mobility services 1. ICT and ageing Open scheme 1. Nano-scale ICT devices and systems 2. Pervasive adaptation 3. Bio-ICT convergence International cooperation Socio-economics Total 17 Budget

18 Call2, open in May/June Deadline: Sept/Oct Call3, open in Dec Deadline: March New Paradigms and experimental facilities 6. Critical infrastructure protection 1. Cognitive systems, interaction, robotics 5. Photonic components and subsystems 6. Micro/nanosystems 7. Networked embedded and control systems 1. Digital libraries, usage and learning 2. Intelligent content creation and management 3. Virtual physiological human 2. ICT for cooperative systems 3. ICT for the environmental management & energy efficiency 2. Accessible and inclusive ICT 4. Science of complex systems for socially intelligent ICT 5. Embodied intelligence Call Call ICT forever yours International cooperation Total

19 Definizioni di Supercomputer: il punto di vista CINECA Un moderno supercomputer ha una potenza abilitante in una capacità sufficiente Low latency Enabling computing CINECA concept Capability supercomputer Distributed supercomputing DEISA concept Capacity supercomputer Low Integration High Cluster GRID EGEE Concept Capacity cluster Internet GRID High latency 19

20 Capability computing trend per country 1000 Blue Gene P LLNL Blue Gene L Hector Earth Simulator DOE BGL Hector France Ministry LRZ FZJ Earth Simulator+ France Ministry CINECA Tera Flop LRZ Mare Nostrum ASCII Q CINECA HLRS 10 ASCII White HPCx2 HPCx3 CEA FZJ CEA HPCx Tokio U. RZG CINECA USA 1 KEK DWD CINECA Japan LRZ UK Germany CSAR CNES France Meteo France Galizia U. CINECA CEPBA Spain Italy 0,

21 Jun 05 Nov 05 Jun 06 est. Nov 06 est. Nov 04 Jun 04 Nov 03 Ranking di CINECA nel TOP 500 Nov 94 Jun 95 Nov 95 Jun 96 Nov 96 Jun 97 Nov 97 Jun 98 Nov 98 Jun 99 Nov 99 Jun 00 Nov 00 Jun 01 Jun 01 Nov 01 Jun 02 Nov 02 Jun Jun Cray Ymp 4pe Cray C90 2pe Cray T3D 64pe 159 Cray T3D 128pe Cray T3E pe Cray T3E pe IBM SP4 512pe Cray T3E 128pe IBM BCC 1024 core 25 IBM CBC 5120 core 60 IBM CLX 512pe Car- Parinello Fullerene ab initio OGS 3D wave prop SISSA Ice Protein folding and docking Risk Assessment Vesuvio 3D Jun 93 Nov

22 Alcuni elementi guida del Piano di Sviluppo Rafforzamento di un infrastruttura efficiente ed eccellente Verso i 100 Tf 1 Petabyte di on line storage; 10 / 50 Petabyte di archive capacity 100 applicazioni running simultaneamente (1000 processes) High speed wide area network da 10 a 100 Giga bit / sec Modello di fruizione,, visual interaction e user validation e certification basato su Open Grid e Web Service standards Global data management, data processing e sviluppo basato su information system solutions 22