Upload
brock
View
47
Download
0
Tags:
Embed Size (px)
DESCRIPTION
National Research Programme 2001 – 2003 Strategic Projects on “Enabling Technolgies for Information Society” FIRB Project coordinated by the National Research Council (CNR). Grid.it Enabling Platforms for High-Performance Computational Grids Oriented to Scalable Virtual Organizations - PowerPoint PPT Presentation
Citation preview
1
Grid.it
Enabling Platforms for High-Performance Computational Grids
Oriented to Scalable Virtual Organizations
Marco VanneschiDipartimento di Informatica, Università di Pisa
Meeting on Grids for Complex Problem Solving MIUR, Rome, March 20th, 2003
National Research Programme 2001 – 2003Strategic Projects on “Enabling Technolgies for Information Society”
FIRB
Project coordinated by the National Research Council (CNR)
2
PISA
NAPOLI
COSENZA
PERUGIA
PADOVA
GENOVA
LECCE
MILANO
PALERMO
ROMA
TORINO
MATERA
PAVIA
BARI
BOLOGNA
National Coordination on Large-scale Platforms and Grids
CNR and UniversityHPC, Parallel Programming, Grid computing, Scientific libraries, Data base and knowledge discovery, Earth Observation, Computational chemistry, Image processing, …
ASIApplications of Earth Observation
CNITTechnologies and HW-SW infrastructures for high-performance communication, Optical technologies, …
CAGLIARI
INFN and UniversityGrid (INFN-Grid, DataGrid, DataTag) ,
e-science applications: Astrophysics,
Bioinformatics, Geophysics, …
Grid.it cost = 11.1 M€ (8.1 M€ funded, of which 1.1 M€ for young researchers) + other synergies
3
FIRB / Grid.it
• A Research Project in ICT.
• Advances and innovations in methodologies and technologies for the realization and utilization of Large-scale platforms and Grids.
• Coordination with the European Community strategies for Next Generation Grid.
• Advances and innovations are evaluated in terms of their capability to solve very critical, real problems in the medium-long term.
• Current standards in ICT are assumed as the technological starting point (e.g. Objects, Web services, Globus), over which new technologies are studied and built.
4
Where innovation is required (1)
• Covering the gap between a set of, even powerful, ICT technologies (Web, Databases, Objects, etc) and their effective integration into a system (Grid) for multidisciplinary applications and virtual organizations.
• All the system levels need new solutions or advancements in current solutions.
• Security mechanisms and policies must be applied to all levels.
5
MPP / SMPMPP / SMP Cluster / Cluster / BeowulfBeowulf
CORBA, Java, CORBA, Java, components …components …
GridGrid
Integration of technologies for seemless HPC applications development
e-e-science, science, e-e-business, … applicationsbusiness, … applications
Next Generation Grid Software TechnologyNext Generation Grid Software Technology
2100 2100 2100 2100
2100 2100 2100 2100
2100
6
• Architecture and basic software technology (compute and storage layer):
– Basic middleware services and data management, Programming environments and tools, Capability to exploit advances in high-performance networking
• Information management and control (information layer):
– Seemless access and management of heterogeneous resources and information
• Knowledge management (knowledge layer):
– Knowledge discovery, decision support (for applications and for the system itself)
Where innovation is required (2)
7
Objectives of FIRB / Grid.it project
Grid hardware-software platforms for high-performance large-
scale processing
including high-performance nodes and networks
New Software Technology for Grid application development:
High-performance Component-based Programming
Environment
Middleware Tools and Grid Portals
Information and Knowledge Services
Security Applications of scientific and technological high interest, able
to stress, and to act as feedback to, all the features of the Grid
technology
8
Research activities and system levels
Programming Tools and Environment
GARR Large-bandwidth Optical NetHigh-perf. Networks
• High-perf. Components
• Scientific Libraries
• Cost models
• Resource Management
• ProblemSolving
Environments
Applications forE-Science&Engineering
• Astrophysics• Geophysics
• Bio-informatics• Comp. Chemistry • Earth Observation
Middleware
Data Intensivecore services
Scheduling Monitoring Commmunic.
GridPortals
SecurityKnowledge
ServicesResourceBrokers
9
Structure of FIRB/Grid.it Project
Research Units:
1. CNR, ISTIDomenico Laforenza
2. CNR, ISTMMarzio Rosi
3. CNR, ICARAlmerico Murli
4. INFNMirco Mazzucato
5. CNITGiancarlo Prati
6. ASIGiovanni Milillo
Technical Board:
Coordinated by Domenico LAFORENZA
Research strategies to integrate the results of the various Workpackages (14).
10
Workpackages
WP1. Grid Oriented Optical Switching Paradigms (Castoldi, CNIT)
WP2. High Performance Photonic Testbed (Giordano, CNIT)
WP3. Grid Deployment (Mazzucato, INFN)
WP4. Security (Talamo, Univ. Roma Tor Vergata)
WP5. Data Intensive Core Services (Mazzucato, INFN)
WP6. Knowledge Services (Turini, Univ. Pisa)
WP7. Grid Portals (Aloisio, Univ. Lecce, ISUFI)
WP8. High-performance Component-based Programming Environment
(Danelutto, Univ. Pisa)
WP9. Grid-enabled Scientific Libraries (Murli, Univ. Napoli & ICAR)
WP10. Grid Applications for Astrophysics (Benacchio, INAF)
WP11. Grid Applications for Earth Observation Systems Application (Milillo, ASI)
WP12. Grid Applications for Biology (Apostolico, Univ. Padova)
WP13. Grid Applications for Molecular Virtual Reality
(Laganà, Univ. Perugia & ISTM)
WP14. Grid Applications for Geophysics (Navarra, INGV)
11
Expected Results & Research Products
Applications and Demonstrators
(WP10, WP11, WP12, WP13, WP14) 4100 K€
CNRINFNASI
Component-based Programming Environment (WP8),
e-science Components (WP9)
Knowledge Services (WP6), Grid Portals (WP7),
Security (WP4) 4500 K€CNR
Photonic, high-bandwidth networks
(WP1, WP2)
2000 K€CNIT
Basic Grid Infrastructure
and Data Core Services
(WP3, WP5)
500 K€
INFN
12
FIRB / Grid.it : synergies
• INFN: European projects, Data Grid, …
• CNR: Agenzia 2000, MIUR Strategic Projects 449/97 (“ex-5%”) 1999 and 2000, PQE2000
• CNIT: projects in advanced networking technology
• ASI: ASI-PQE2000, National Space Program (PSN), …
Other national inititives:
• SPACI (PON): Grid infrastructure UniLe ISUFI, ICAR-CNR Na, UniCal
13
Coordination of national competences
FIRB / Grid.it
CNR projects in HPC and Grid
(Agenzia 2000, 449/97, …), PQE2000
Other initiativese.g. PON-SPACI
ASI projects in EOS and
HPC,PSN (National Space
Program), ASI-PQE2000
CNIT projects on networking
INFN Grid projects,
EC projects,DataGrid, …
14
FIRB / Grid.it: international cooperations
• Global Grid Forum (GGF): Domenico Laforenza in GGF Steering Committee, Area Director of Information Systems and Performance
• Several Europen Community projects and US cooperations
• Europen Community proposals for Next Generation Grid:– CoreGrid coordinated proposal for NoE - DG INFSO/F2
– EGEE coordination (CERN) - IP
15
Research activities and system levels
Programming Tools and Environment
GARR Large-bandwidth Optical NetHigh-perf. Networks
• High-perf. Components
• Scientific Libraries
• Cost models
• Resource Management
• ProblemSolving
Environments
Applications forE-Science&Engineering
• Astrophysics• Geophysics
• Bio-informatics• Comp. Chemistry • Earth Observation
Middleware
Data Intensivecore services
Scheduling Monitoring Commmunic.
GridPortals
SecurityKnowledge
ServicesResourceBrokers
16
Software Technology of Grid.it
Specialized components and servicesSpecialized components and servicesscientific, image processing, data mining, knowledge services, …scientific, image processing, data mining, knowledge services, …
Applications
High-performance component-based High-performance component-based programming model and toolsprogramming model and tools
Next Generation Grid MiddlewareNext Generation Grid Middleware
Distributed + HPC HW-SW platforms
17
Software Technology of GRID.IT
General Issues
• Improvements in programmability, easy software development, software reuse and performance portability in a heterogeneous, dynamic application context
• Software adaptability
• High-level services and knowledge management
• Fault tolerance and security
• Coordination with standardization entities (GGF, CCA, …)
• Open source technology
18
Software Technology of GRID.IT - CNR
• Programming Environment
• Resource management and Brokers
• Knowledge Services
• Security at all levels
19
Research activities and system levels
Programming Tools and Environment
GARR Large-bandwidth Optical NetHigh-perf. Networks
• High-perf. Components
• Scientific Libraries
• Cost models
• Resource Management
• ProblemSolving
Environments
Applications forE-Science&Engineering
• Astrophysics• Geophysics
• Bio-informatics• Comp. Chemistry • Earth Observation
Middleware
Data Intensivecore services
Scheduling Monitoring Commmunic.
GridPortals
SecurityKnowledge
ServicesResourceBrokers
20
High-performance networks - CNIT
• Very large bandwidth optical fibers (DWDM 10Gb x 32 channels)
• MAN ring
• High-performance “Node” of GARR Network
• Cell (IP/ATM) and packet (IP/Gigabit Ethernet) connections
• A collection of LANs/clusters is seen as a same high-performance machine
• Cost models to be exploited by the Grid.it software technology
21
Research activities and system levels
Programming Tools and Environment
GARR Large-bandwidth Optical NetHigh-perf. Networks
• High-perf. Components
• Scientific Libraries
• Cost models
• Resource Management
• ProblemSolving
Environments
Applications forE-Science&Engineering
• Astrophysics• Geophysics
• Bio-informatics• Comp. Chemistry • Earth Observation
Middleware
Data Intensivecore services
Scheduling Monitoring Commmunic.
GridPortals
SecurityKnowledge
ServicesResourceBrokers
22
Grid enabled applicationsINFN – CNR – ASI
• Mainly scientific applications in FIRB/Grid.it.
• However, issues of Knowledge Discovery and Data Mining are intensively investigated and applied in Grid contexts; e.g. finance and PA applications.
• Fundamental feedback for the new Grid.it technology.
23
Conclusion
• FIRB/Grid.it: a research project on innovative methodologies and technologies for Grid computing and their effective utilizations and developments
• Large, qualified national participation and synergies
• Creating the conditions for the strong coordination of the national project with the European initiatives for Next Generation Grid
24
Thanks for attention