Transcript FIREworks - Future Internet

FIRE Positioning
FIA Prague
12 May 2009
Lighting FIRE in FIA
1. Methodology
– Discussion for open, yet efficient research scenario, and periodically
revise it
2. Cooperation
– Identify architectural challenges and scientific & technical domain to
cooperate
3. Common vision
– Accommodate the different requirements of existing communities
– Flexible enough to accommodate the new, unknown ones
4. Long-lasting process
– Common principles (based on new paradigms investigated in the FIRE
context) will emerge over time
5. Maintain an active link with Internet development
FIRE at the core of PPP Initiative
• Experimentation needed for discovery and validation throughout
the research process
• The more complex system the more experimentation is needed
• FIRE is promoting the concept of experimentally-driven research
– Academic-driven visionary research and industry-driven testing and
experimentation
• Experimental platform is an excellent basis to foster co-operative,
multi-disciplinary research
• Federated open trusted platforms for the Future Internet (FOTs) by
nature cut across all levels from network connectivity to high level
services
• As high-level federation of European testbeds and experimental
facilities, the FIRE Facility will be at the core of FI PPP initiative
FIRE at the core of PPP Initiative
• PPP is being implemented in individual FIRE experimental facilities
• FIRE aims to create an open, dynamic, sustainable, easy-access,
large- scale European Experimental Facility (multi-level set of
facilities)
– Gradually connecting and federating existing and new
testbeds for emerging or future internet technologies
– From horizontal testing on one level to vertical system-level
testing
– To provide stable and sustainable services for the FI research
community at large
– To allow for experimentation in a socio-economic context with
broad end-user involvement
FIRE Facility projects
Physical Scope
Broad
Global Scope
Vital++
PII
OneLab2
FEDERICA
Speed
Delay-tolerant
Aggregated information
Opportunistic communication
Bandwidth
Latency
WISEBED
Narrow
Devices, Things, PANs
FIRE use scenarios
FIRE can cover all networking layers for experimentation
•
Different Computing experiments (OneLab2 and FEDERICA)
•
Emulating AS Relationships (FEDERICA)
•
Internetworking protocols (OneLab2)
•
Adaptive monitoring (OneLab2)
•
Congestion aware routing and network navigation – (OneLab2, SelfNET)
•
Mapping Systems for Future Internet Routing (G-Lab)
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Locality of P2P traffic – (G-Lab)
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SOA Scenarios (SOA4All)
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User-driven innovation (using PII)
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Interoperability (using PII)
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Certification (using PII)
FIRE Session
May 13, at 11-13.30, room KEPPLER
A. Panels on Contribution to Scenarios and Functionalities, PPP positioning
1.
2.
3.
B.
Experimentally-driven research
Experimental Facility aspect
Other aspects to be included in FIRE
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Socio-economics – Ian Brown, Oxford Institute for Internet studies
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Testing with real users – Pieter Ballon, IBBT
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Cloud Computing – Paul Murray, HP Lab
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Service architectures – Josep Martrat, Atos Origin
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Network architecture – Henrik Abramowicz, Ericsson
Panel on FIRE Vision and wrap-up
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Expert Group Report – Martin Potts
WISE Men Group Report – Jerker Wilander
FIRE Facility Exhibition
On 12 May at 11-11.30 at room STELLA
– FIRE Facilities offering – demos, presentations
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OneLab2 – PlanetLab Europe
PII
FEDERICA
WISEBED
Vital++
+ other interesting offerings
Thank you!
For more information and published reports:
http://www.ict-fireworks.eu
Contact:
Susanna Avéssta, [email protected]