The CHAIN Project - workshop.nkn.inworkshop.nkn.in/2012/Document/slides/day2/CHAIN Project by...
Transcript of The CHAIN Project - workshop.nkn.inworkshop.nkn.in/2012/Document/slides/day2/CHAIN Project by...
Co-ordination & Harmonisation of Advanced e-Infrastructures
Research Infrastructures – Grant Agreement n. 260011
The CHAIN Project: Technical
Achievements Federico Ruggieri, INFN – Project Director
NKN Annual Conference 2012 Mumbai, 1 November 2012
Outline
Reasons behind e-Infrastructures and benefits
Regional e-Infrastructures
The need for a project like CHAIN
General information about CHAIN
Technical Achievements
Conclusions
2
Computing-intensive science
Many research challenges require community effort Fundamental properties of matter
Genomics
Climate change
Medical diagnostics
Research is increasingly digital, with increasing amounts of data
Computation ever more demanding
Example: experimental science uses ever more sophisticated sensors
Huge amounts of data
Serves user communities around the world
International collaborations
3 1st CHAIN Review – Athens, 03 Feb. 2012
The many faces of
eInfrastructures
The High Speed Communication Network
The High Performance Computing for highly
parallel applications
The Grid for High Throughput Computing and
resource sharing
The Clouds for elastic resource provisioning
Data Infrastructures with several issues such as:
Large data volumes, Curation, Access, High
Availability, etc.
The Human Network: researchers working
together sharing motivations, objectives, tools
and resources 4
Why ?
The e-Infrastructures promote the usage of network connectivity and stimulate scientific and technical
development of countries
contribute to fight the digital divide and brain drain.
e-Infrastructures support wide geographically
distributed communities
enhance international
collaboration of scientists
promote collaboration in
other fields.
Grids and networks allow the access of
many researchers to scientific resources (laboratories and
data)
Disparity can be reduced and larger participation and contributions to high
quality research.
5
Regional Grid infrastructures
CNGrid
NKN &
Garuda
EUAsiaGrid
SAGrid &
SANREN
GISELA
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Project information
Grant Agreement for a total EC contribution of 1.1 M€
Total cost: about 1.9 M€
Start Date: 1st December 2010 - Duration 24 Months
Partners:
1) INFN (Italy - Coordinator)
2) CESNET (Czech Rep.)
3) CIEMAT (Spain)
4) GRNET (Greece)
5) IHEP (China)
6) UBUNTUNET (Africa)
7) CLARA (Latin America)
8) PSA (India)
9) ASREN (Med./Middle East/Gulf) Since 1 August 2011 8
Project objectives
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Define a strategy and a model for external collaboration, in close collaboration with EGI.eu which will enable operational and organisation interfacing of EGI and external eInfrastructures
Validate this model, as a proof-of-principle, by supporting the extension and consolidation of worldwide Virtual Research Communities
Explore and propose concrete steps forward towards the coordination with other projects and initiatives (e.g. EGI.eu, NKN & Garuda, CNGrid etc.)
Disseminate (WP5)
Project workplan
State of the Art Assessment
(WP2)
Analyse the different
Regional Approaches
(WP2, WP4)
Make
Recommendations
(WP2, WP3, WP4)
Involve the VRCs
(WP3)
Propose a Road-Map and
Intermediate solutions
(WP4, WP3)
Demonstrate the
usefulness of
interoperation
(WP3, WP4)
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State of the art analysis (WP2)
Analysis of existing NGI literature and related questionnaires
Creation of the regional and NGI questionnaires
Questionnaires being implemented and published online
Collection of contact points from all
continents
Questionnaire is kept open and
collection of contact points from all
continents is continued
Questionnaire data provided
through the CHAIN Knowledge
Base
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Knowledge base (WP2, WP5)
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www.chain-project/knowledge-base
Country view
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Data analysis (WP4, WP2)
Nuber of sites and number of CPU - Mediterranean
0
1
2
3
4
5
6
7
8
Algeria
Egypt
Tunisia
Morocco
IranUnited Arab E
mirates
Jordan
Sit
es
0
100
200
300
400
500
600
700
CP
U c
ore
s
Number of Grid sites / clusters: Number of CPU cores:
Number of sites and number of CPUs
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Nuber of sites and number of CPU - Latin America
0
10
20
30
40
50
60
Brazil
Ecuador
Colom
bia
Argentina
Panamá
Paraguay
Mexico
Cuba
Venezuela
Costa R
ica
Guatem
ala
Peru
Sit
es
0
1000
2000
3000
4000
5000
6000
CP
U c
ore
s
Number of Grid sites / clusters: Number of CPU cores:
Nuber of sites and number of CPU - Asia
Pacific
0
1
2
3
4
5
6
7
8
Indonesia
Singapore
Vietnam
New
Zealand
Taiwan
Sit
es
0
1000
2000
3000
4000
5000
6000
7000
CP
U c
ore
s
Number of Grid sites / clusters: Number of CPU cores:
WP2 Recommendations
74 Detailed recommendations classified by:
Short (1 year), Medium (3 years) and Long term (5 years)
High, Medium, Low priority
National Grid Initiatives (9):
General (5); Regional (4)
Interoperations (14):
General (1), ROC (3), User Support (1), Monitoring (3), Security (2),
Core Services (2); Middleware (2)
Interoperability (2): General (1), Input/Output (1)
Virtual Research Communities’ perspective: General (2)
Regional planning (47):
Africa (9), Asia Pacific (6), Central Asia (5), China (7), India (4), Latin
America (5), Mediterranean & Arab Countries (11) 15 1st CHAIN Review – Athens, 03 Feb. 2012
VRCs (WP3)
Agreements with reference communities signed
WeNMR 21/09/2011
WRF4G 19/09/2011
jModelTest 21/02/2012
LSGC 27/03/2012
INDICATE 28/03/2012
DECIDE 13/04/2012
SuperB (on the way)
Earth Science (ICTP) (on the way)
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Worldwide Interoperability Demo
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....... Scie
nce
Gate
wa
y
App. 1 App. 2 App. N
Embedded Applications Administrator Power User Basic User
Users from
different
organisations
having different
roles and
privileges
Access: the Science Gateway model
(WP3, WP4)
Standard-based
middleware-independent
Grid Engine
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Europe, Africa, Asia
Pacific, Latin America
Brasil China
India
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science-gateway.chain-project.eu
www.chain-project.eu
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Clouds and Grids
Grid has been conceived as a resource sharing
infrastructure
Grids provide High Throuput Computing that fits many
applications
Clouds have a clear business model that allowed
companies to provide services on the market
Virtualisation and elastic computing are needed by several
scientific domains (e.g. interactive and web based
applications)
Clouds and Grids can cohexist in the Research &
Education domain provided that the strenghts of both can
be merged 22
R&E Clouds
Cloud infrastructure for R&E should be based on Open SW
& Standards
Financial:
Public institutions are frequently receiving projects’ driven funding.
Difficult to fund long term contracts with Cloud providers
Technical:
Resource sharing is an issue if institutions get services from
different providers. Building securely across several administrative
domains is difficult: Federation of Clouds is still not a reality
Long term preservation of data has still many issues to be
addressed (e.g. what happens to the data after the project end ?)
Requirements of scientists evolve and new technical challenges
appear that will push for innovation 23
Conclusions
The CHAIN project has gathered the experience and knowledge of regional Grid infrastructures around the world
CHAIN has made useful recommendations on several aspects of regional e-Infrastructures and specifically to their sustainability
CHAIN has successfully agreed with other projects (EUMEDGRID-Support, GISELA, INDICATE, DECIDE) on the SG approach
The first usage of SG in these projects has been very encouraging
An Interoperability demo has been demonstrated at the EGI TF 2012 in Prague and is still available (R. Barbera talk in the CHAIN WS of 2 November here at the NKN 2012 Conference in Mumbai)
A Road-Map for the interaction between EGI and other regional infrastructures is being finalised
New activities will be performed in the CHAIN-REDS project (talk in the CHAIN WS)
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Co-ordination & Harmonisation of Advanced e-Infrastructures
Research Infrastructures – Grant Agreement n. 260011
Thank you