Open Access Testbed Facilities Available to Software Companies in Europe
- 1. Helping SMEs connect to
the Future Internet
Presentation by Donal Morris
FUSION Webinar November 20th 14.00 GMT
- 2. Agenda
• Introduction to FIRE
• Some of the testbeds
• Case Study
• Questions
– Future Internet Testing needs & requirements
- 3. Future Internet
• What is the future Internet?
• Means lots of different things
– Sensors, smart cities, telemedicine, priority
traffic and quality, transport, eHealth,
entertainment, green………..
- 5. FIRE
• FIRE is:
• Future Internet Research & Experimentation
• A range of projects with testbeds and
experiments funded by the European
Commission
- 8. SME Engagements
• The EU wishes to see more SMEs
involved in the projects
• Rich offer of experimental facilities
– (more then 100)
• Current main use by academic community
- 9. The value proposition is
• FIRE Testbeds available to help test and
validate new products/services
• Useful for testing and reducing risk for new
technology.
• Especially useful for scale testing.
• Testbeds available for free and some times with
EU funding
– Typically €25k to €75k for small experiments
– & >€1m for larger collaborative experiments
- 10. Agenda
• Introduction to FIRE
• Some of the testbeds
• Case Study
• Questions
– Future Internet Testing needs & requirements
- 11. Introduction to some FIRE Testbeds
• Fed4FIRE – Testbed Federation
• CREW – Cognitive Radio Testbed
• FLEX – 4G LTE Testbeds
• SUNRISE – Underwater IoT Testbed
- 14. Fed4FIRE is available for use
• info: http://doc.fed4fire.eu
• Open access:
– Officially from end of this year
– Each testbed will offer the free execution of an
example experiment to learn to know the testbeds
– Per testbed open access policies will be set
– contact@fed4fire.eu if you want to know more
• Events (see above for more info, ‘events’):
– Open Tutorial day, Dec. 10, Berlin
– Two more open calls for SMEs in 2015
- 18. CREW: testbeds for cognitive radio and
networking
heterogeneous ISM
@ Ghent (iMinds)
heterogeneous ISM
@ Ghent (iMinds)
TV-bands
TV-bands
@ Dublin (TCD)
@ Dublin (TCD)
LTE-advanced
@ Dresden (TUD)
LTE-advanced
@ Dresden (TUD)
wireless sensor
@ Berlin (TUB)
wireless sensor
@ Berlin (TUB)
ISM/TVWS outdoor
@ Ljubljana (JSI)
ISM/TVWS outdoor
@ Ljubljana (JSI)
IMIMEECC s seennssiningg a aggeenntt
IRIRISIS S SWW r raaddioio
WWininnnFF T Trraannsscceeiviveerr F Faacciliiltityy ( A(APPI)I)
TTCCSS m muultlti-ia-anntteennnnaa L LTTEE d deetteeccttioionn
- 19. CREW is currently in continuous open
access mode
• Details:
http://www.crew-project.eu/opencall
• In short:
– Best effort access and basic support for free
– Guaranteed access, advanced support:
formal request needs to be approved
- 28. Current Funding Opportunities
• Integrating experiments and facilities in
FIRE+
• Budget €12m
http://ec.europa.eu/research/participants/portal/des
ktop/en/opportunities/h2020/topics/9083-ict-12-
2015.html
- 29. Open Calls
• New Open Calls arriving in 2015 for
experiments to be funded on the testbeds
• Typical funding €25k to €75k
- 30. Agenda
• Introduction to FIRE
• Some of the testbeds
• Case Study
• Questions
– Future Internet Testing needs & requirements
- 31. Turbocloud Example
• Experiment 12 Months
– Sept 2011 – Aug 2011
• Budget 160k
• Two SME Companies
• Objective
– Validate virtual path slice technology in conjunction
with desk top virtualisation in wide area environment
- 35. CityFlow Example
• Budget €800k
• Duration 21 months
• 4 partners (2 sme, 2 uni)
• Based in Ghent Belgium
- 41. Agenda
• Introduction to FIRE
• Some of the testbeds
• Case Study
• Questions
– Future Internet Testing Needs &
Requirements
- 43. Further Information
For Further Information Please Contact
Jeanne Caffrey
QuartzSpark
+353 86 856 2518
jcaffrey@quartzspark
Editor's Notes
- Fed4FIRE: note that due to policies, not *all* of it is available to anyone for free, but it will be free to test/evaluate by way of an example experiment
- The bottomline is that testbeds in the federation are easy to use (in this case, an example of a wired test): people just have to drag and drop “servers” and connections. All complexity is hidden behind an easy to understand interface (i.c. jfed.iminds.be)
- CREW is …
bringing together test facilities for supporting research on spectrum sensing, cognitive radio & cognitive networking
augment existing facilities with novel cognitive components
bringing together expertise on experimentation
facilitating access to heterogeneous test facilities
researching & offering better methodologies for experimentation (repeatability, reproducibility, comparability)
… in view of
validating advanced cognitive solutions (new concepts & algorithms) using CREW facilities and CREW methodologies