"the views expressed in this presentation are those of the author and do not necessarily...
TRANSCRIPT
"The views expressed in this presentation are those of the author and do not necessarily reflect the views of the European Commission"
Mário CampolargoHead of Unit
DG INFSO F3 Research Infrastructure
e Infrastructure: Grid initiativese Infrastructure: Grid initiatives
Information Day on ‘Grid Technologies’IST Call 5
Brussels, 30 May 2005
Flexible control and sharing of distributed resources
Research Infrastructures
Resources can be of any information type (storage,
computing, networking, instrumentation, etc)
Resources can be distributed world-wide
Resources can be physical, virtual, single or multiple sited
Access to them is provided in a secure, coordinated, seamless, dynamic and inexpensive way
Advanced e Infrastructures
Human Society ICT based eco system
Sharing of resources, production efficiency
repeated assembling of basic elements into organisations
people / computers
environment resources / ICT based resources
Basic elements
Vision - creating an e Infrastructure…
e Infrastructure(Grids empowered)
e Infrastructure(Grids empowered)
securitym
obility
semantic web.
automatic
managem
ent
broadband
learningbusiness
aeronautics
genomics
environment
astronomy
health
science
IPv6 Grid
GÉANT and Grids - world leading e Infrastructures
“Five-Year Assessment:
1999-2003 – Research and
Technology Development in
Information Society
Technologies”
GÉANT is acknowledged as
leading the world.
Europe is a pioneer in Grid
empowered infrastructures.
ICT based infrastructure,
namely GÉANT and GRID, need
reinforcement and expansion in
FP7.
Challenges ahead - Consolidation, enlargement, deepening
networking
specific services
joint research activ
ities
GÉANT .
INFRASTRUCTURE
e Infrastructure - implementation blocks
networking
specific services
joint research activ
ities
GRID .
INFRASTRUCTURE
research results
inte
gra
te/v
alid
ate
fixe
d/w
irel
ess
op
en t
est
infr
astr
uct
ure
inte
rop
/bro
ader
sc
ale
take
-up
road
map
s/st
rate
gic
g
uid
ance
Requirements on Research and Deployment
BroadbandSecurityMobilitySoftware
Distributed Computing Grid technology
eInfrastructure
Applications
from eScience to eBusiness, eGov,
eWork, eHealth, risk management
eInfrastructure - set of persistent services and processes bringing the power of distributed ICT based resources to a virtual community
Role of e Infrastructure in the innovation circle
Basic research
Applications
Standardisation
Pre-commercialdeployment
Market
Testbeds
GÉANT .
INFRASTRUCTURE
GRID .
INFRASTRUCTURE
Current achievements/projects
eIn
fras
tru
ctu
re
EGEE
GÉ
AN
T
DEISA
SEEGrid
testbeds
Year 2006Year 2006Year 2005Year 2005Year 2004Year 2004
2005 calls on e Infrastructure and RN Testbeds
eInfrastructure - Consolidating initiatives • New user communities• Policies, Resource registries • International aspects
Research Networking Test-beds • Optical, Wireless, Security, Grids, other technologies.• Real world settings / user involvement• Technology & services interoperability / open source• ‘Open’ test-bed infrastructure • Roadmaps, strategic guidance for eInfrastructure
eInfrastructure – Grids initiatives Continue building advanced Grid-empowered infrastructuresEmphasis on:• Production quality & ready-to-use • SW-infrastructures• Address industry requirements• Environments dynamically adaptable to user needs
Call “e Infrastructure – Grids initiatives”
Continue building advanced Grid-empowered infrastructures
Foster deployment of advanced Grids-empowered infrastructures
… production-level performance capabilities and constitute themselves distributed facilities at gigabit/terabit scales … New emphasis… to production-quality and ready-to-use software … emerging industrial research requirements…
Promote complementary work vis-à-vis national Grid-Programmes in Europe… Interconnect major Grid-based experimental infrastructures in Europe and in the world...
Integration of access facilities… both supercomputing and distributed computing resources… Foster interoperability across heterogeneous technology and discipline domains … strengthen open-source and open-service provision…
Support the further integration of Grid and Semantic/Web technological and business concepts… environments dynamically adaptable to user needs...
Call “e Infrastructure – Grids initiatives”
MarketMarket
Other R&DOther R&D
Experimentation of different technologiesinvolving different constituencies
takeup
Feedback to constituencies (e.g. scalability)
Incr
ease
d l
evel
o
f co
nfi
den
ce i
n
tech
no
log
y
Security, Mobility, Broadband for all, optical, QoS, clusters/high performance
computing technology…
eScience, eGovernment, eWork, eLearning, eHealth, eInclusion, …
Security, Mobility, Broadband for all, optical, QoS, clusters/high performance
computing technology…
eScience, eGovernment, eWork, eLearning, eHealth, eInclusion, …
TestbedsTestbeds
Towards deployment(e.g. IPv6, Grids)
Call “Research Networking Testbeds” (IST SO2.5.6)
Foster early deployment of Next Generation ICT based infrastructures
Call “Research Networking Testbeds” (IST SO2.5.6) Integrate, test, validate and demonstrate new fixed and wireless
networking technologies - including disruptive technologies - and services in real-world settings and production environments. (IPs, NoEs, STREPs)
Provide open test infrastructures for third party researchers. (IPs, NoEs, STREPs)
Foster interoperability of solutions to achieve broader-scale up-take of new state-of-the-art infrastructure technology and promote open-source. (IPs, NoEs, STREPs)
Develop roadmaps and strategic guidance for infrastructure development in Europe… (SSAs, CAs)
Call FP6-2005-IST-5 Research Networking Testbeds
Wim Jansen - [email protected]
Marina Royer - [email protected]
Call FP6-2005-Infrastructures-7 – Communication Network Development – eInfrastructure - Grid initiatives
Kyriakos Baxevanidis - [email protected]
Maria F. Ramalho - [email protected]
Call coordinators
Web pagewww.cordis.lu/ist/rn/
Workshops
Further information
Ne
ws
lett
erB
roc
hu
res
Thank you !