IoT Future Internet Research and Experimentation

Transcription

1 IoT Future Internet Research and Experimentation EUROPEAN COMMISSION Directorate-Gen ][peral for Communications Networks, Content and Technology Experimental Platforms Unit Georgios Tselentis

2 Outline Experimentation 2. What is FIRE? FIRE concept implemetation and vision 4. - How FIRE puts this in practice IoT in the concept of FIRE 6. - An example: IoT and SmartCities

3 What is FIRE all about? An Experiment on a Bird in the Air Pump 1768 oil-on-canvas painting by Joseph Wright of Derby

4 From Alchemy to Chemistry Robert Boyle

5 Experimental sciences VALIDATION Validate a theory through experimentation EXPLORATION Derive a theory from experiments

6 The Internet and the WWW: a successful experiment (in less than days) 1974 TCP/IP Vinton G. Cerf, Robert E. Kahn, A Protocol for Packet Network Intercommunication, IEEE Transactions on Communications, Vol. 22, No. 5, May 1974 pp IBM-PC 1989 www Netscape

7 Future Internet Research and Experimentation a.k.a. FIRE Accelerate development and adoption of Future Internet technologies Explore future needs of network & computing infrastructures, devices and service platforms Experimentation and validation by users in real application contexts Promoting societal, economic and business innovation An internet of services and things supported by advanced infrastructures 7

8 Future Internet is part of LEIT - ICT

9 ICT 30: Internet of things and platforms for connected smart objects EU-Brazil R&D cooperation in advanced cyber infrastructure EU-Japan R&D cooperation in Net Futures Future Internet in WP IoT Net Innovation ICT 10: Collective awareness platforms for sustainability and social innovation ICT 13: Web entrepreneurship INCO Software, services and cloud computing ICT 7: Advanced cloud infrastructures and services ICT 8: ECP: pre-commercial and joint procurement ICT 9: Tools and methods for software development Experimental Platforms ICT 11: FIRE+ (Future Internet Research & Experimentation) ICT 12: Integrating experiments and facilities in FIRE+ Network technologies ICT 5: Smart networks & novel Internet architectures ICT 6: Smart optical & wireless network technologies Network technologies ICT 14: PPP on advanced 5G network infrastructure for the Future Internet 9

10 FIRE spiral concept to support innovation Supporting research and innovation on new network and service architectures Through large scale experimentation, predict behavior and assess non-technical impact FIRE Experimental Facility FIRE Research Research requirements validation Large Scale Experiment User Communities Test bed 1 Test bed 2 Test bed 3 Exp2 Test bed 1 Test bed 4 Test bed 2 Test bed 3 Test bed 4 Exp Exp Test bed 5 Test bed Exp Test bed 7 3 Test bed 8 Test bed 6 Test bed 7 Federated Service Testbeds bed 8 Test bed 5 Exp5 Test bed 9 Federated Network Testbeds

11 FIRE Facilities Access How can you participate? Open Calls launched by the Facility Projects Who can participate? Rules? Budget? How? IPR rules? One single entity can participate: Research Institutes Universities SMEs Industry Evaluation as in EC calls Short proposal Light evaluation Roughly 1 Call per year per facility Max 200K /project Submit proposal if selected in consortium as new partner, or subcontractor for small experiments To be negotiated with Facility Provider IPRs can be protected

12 FIRE priorities in H2020 Build a Strategic Experimental Infrastructure (FIRE+) Experimentation-as-a-Service (EaaS) and Virtual Experimentation Provide More innovation, innovators, sustainability, EIT ICT Labs Controlled and replicable conditions for experiments Real-world prototyping and experimenting environments Reap benefits from similar initiatives around the world

13 Not to forget: IoT is an enabler Consider: - traditional technology push vs. technology pull - the impact of networking (connecting the things) - the role of testers and end-users

14 An example: a smart city is a connected city

15 Let's check the analogy: Intelligent person smart city Intelligent Person Smart City Hi IQ? CO2 emissions reduced? Academic titles? Energy consumption reduction?

16 Let's check the analogy: Intelligent person smart city Intelligent Person Smart City Brain/Neurons Nervous system Sensorial system Actuator system Social interactions City Control/Data centre City Network City IoT City Services City federation

17 So what makes a city smart? Networking IoT is the essential prerequisite for: "city awareness" NB: SmartCities is an IoT example networking IoT potential can be found in many other areas

18 FIRE topics and projects ALIEN CITYFLOW EULER EVARILOS IRATI Fed4FIRE CSA* FELIX-EU OFELIA*** OpenLab OFERTIE STEER SMARTFIRE Social&Smart SDN / Networking Protocols & Management

19 Horizon 2020 Further Information Digital Agenda Future Internet FIRE Thank you for your attention! 19