RIUNIONE ANNUALE 2013 Ancona, Giugno 2013 Sessione Speciale "Smart Cities" Introduction. Dino Giuli University of Florence

Transcription

1 RIUNIONE ANNUALE 2013 Ancona, Giugno 2013 Sessione Speciale "Smart Cities" Introduction Dino Giuli University of Florence

2 Smart Cities: conceptual approach (1) Research and innovation for Smart City development is targeting the diffuse deployment and access of new smart basic systems and services to increase common human well-being in urban areas. This implies enhancements also in terms of new intelligent infrastructures and associated basic services to be made widely and commonly available in the urban areas. Such basic evolution provides further additional advantages by intrinsically enabling a new and stable socio-economic territorial development in the global context. 2

3 Smart Cities: conceptual approach (2) ICT innovation and exploitation is a key technological factor in the City smartening processes Smartness is targeted to develop and allow wide deployment and usage of new intelligent utilities according to the basic human needs in urban life Applications copying with basic needs of social innovation are included Connected fundamental requirement is to enhance ecological, social and economic sustainability of urban life 3

4 Smart City systems: application domains Water resources Food Waste management Health Home-place living Work-place living Building&Architecture Cultural heritage 1. Basic and Infrastructural Utilities Energy Transportation and logistics ICT Infrastructures 2. Health, Safety and Security Territorial safety and security 3. In-door and out-door local living places Landscape, natural and urban environment Common real life in the City Tourism 4. Citizenship, social inclusion and education Government and Justice Welfare and social inclusion Ageing School University 4

5 ICT FRAMEWORK: Communications infrastructures and basic services Enhancement of broadband and mobile communications Network integration Evolution of Internet basic services High throughput, quality of communication service, reliability, security, etc. Multimodality Integration and personalization of push and pull communications end-services Wide territorial availability and accessibility of the enhanced network 5

6 ICT FRAMEWORK: Networked peripheral intelligent devices among the evolution drivers Intelligent devices for human interaction (fixed and mobile) Sensors, remote sensing subsystems Remote actuators Exploitation of increased embedded data storing and computing capabilities in the peripheral devices Enhancement of intelligent device usability Contextual evolution of: i. Internet of Things Valuable evolutions ii. Cyber-physical distributed systems (for monitoring, control, automation and optimization of physical instrumental processes) 6

7 ICT SYSTEM INTEGRATION FRAMEWORK IN SMART CITY APPLICATION DOMAINS Variable Integration of virtual Infrastructures, data and sw as a service Shareable sw tools Software as a service Knowledge & Awareness base- production Big Data Shareable App.s Open Data Shareable Data Net-centric & opportunity data Virtual and Shareable IT infrastructures Computing Hosting Internet basic services Middleware Communications infrastructures & basic services Public Access System Autonomous Components Autonomous Applications Private Data Autonomous IT platform Private Network Reserved Access Networked terminals, sensors, remote sensing subsystems 7

8 SMART CITIES: Significant requirements of the Research-Innovation-Exploitation (RIE) processes Internationalization and interdisciplinary approach Flexible ICT system and service integration through the network System certification, quality of services, accountability, evolutionary business models Short circuits for incisiveness and fastness of the RIE processes Specific organic cooperation among Enterprises, Universities & Research bodies, Public Administrations, Local communities Cooperative assets at different levels: - European (research, innovation, EU S.C. pilots) - National (research, innovation, national S.C. pilots) - Local (innovation, exploitation) 8

9 Cooperative network for developing and sharing Smart City evolutionary test-beds at national level Research Scientific Bodies Research & Education Demo s Product Innovation Business models Technology development Enterprises Additional social stakeholders Systemic Architectural Framework Evolutionary Test-Bed Technological transfer Policy support Public Bodies 9

10 Smart City territorial joint ventures Connected cooperative actions for territorial development: Shared structures for research/innovation participated by enterprises, Universities and Research bodies Specific Public Administration structures to support their innovation actions, by exploiting also specific and pre-competitive co-operation with University, Research bodies, Enterprises and Social communities Territorial development of Living Labs to locally ground, participate and qualify innovation processes, by making end-users participating too 10

11 Research and innovation with Enterprises Companies SMEs Joint structures for research and innovation Financial support Cooperation with University and Research bodies in strategic research programmes and for tuned courses. Joint promotion of international co-operation Drivers in short circuits for innovation Exploiting creativity & fast innovation Local laboratories or centres participated by networked Enterprises, Universities and Research bodies Joint valuing human resources for common knowledge capitalization Virtuous connection with territorial Living Labs Involvement of public and private investors Local, regional national and european supporting policies Financial services for venture capital (start-up) 11

12 Territorial development of Living Labs (L.L.) A Living-Lab typically constitutes an experiential environment where users are immersed in a creative social space for sustaining anticipatory design and validation of innovations aimed at Smart City living. Industrial innovation Supporting user and stakeholders participation in industrial innovation processes in a liveable experimental environment. P. A. Innovation Supporting user and stakeholders participation in P. A. innovation processes. Innovating professional and craftsmanship abilities Socio-cultural evolution Open demonstrative assets Supporting competence evolution and new experiential, professional creative spaces opened for innovation. Supporting access to cultural and social lived experiences, to extend awareness of innovation processes. Demonstration of quality and liveability of innovative products, services and habitats, to contribute to territorial promotion in a glo-cal context. 12

13 P. A. Innovation Wedging Body (PAIW) A specific P. A. body, cooperating with external actors, is needed to promote, address and sustain the development of innovation processes inside and through the P. A. Important objectives: enhancing internal skills, culture and organization for proper and fast exploitation of innovation. 13

14 Sessione speciale Smart Cities (25/06/2013) Agenda degli interventi Ore : Visione programmatica europea e nazionale Dino Giuli (Chairman) Università di Firenze- Introduzione Alessandro Barbagli European Commission- Programmazione europea Marco Ramella Torino Wireless- Cluster tecnologico nazionale Smart Communities Ore : Visione industriale Stefano Mattevi Telecom Italia- Telecom Italia per le Smart Urban Infrastructure Fabrizio Piccolo IBM- Real-world use of big data in smart telco Michele Festuccia CISCO- Le Citta' e i Cittadini Intelligenti Giovanni Guidotti Selex-ES- ICT Architectures and Components in Smart Systems solutions 14

15 D. Giuli - Università di Firenze (Chairman) G. Marrocco - Università di Roma 2 R. Verdone Università di Bologna S. Pera - CSP Torino A. Penza - AICT S. Mattevi - Telecom Italia F. Piccolo - IBM Sessione speciale Smart Cities (25/06/2013) Tavola rotonda Linee di azione per ricerca e innovazione (ore ) M. Festuccia - CISCO G. Guidotti - Selex-ES M. Ramella Torino Wireless 15

16 Sessione speciale Smart Cities (25/06/2013) POSTERS M.D. Abrignani, C. Buratti, D. Dardari, F. Martelli, A. Stajkic, R. Verdone M.D. Abrignani, F. Martelli, R. Verdone A. Bazzi, B. Mavì Masini, P. Toppan, A. Toppan, G. Pasolini, O. Andrisano G. Piro, I. Cianci, L. A. Grieco, G. Boggia, P. Camarda S. Cuomo, D. Giuli, F. Paganelli, P. Cianchi F. Paganelli, S. Cuomo, S. Turchi, R. Billero Autori U.d.R. Titolo Univ. Bologna Univ. Bologna IEIIT-CNR Bologna Politecnico Bari Univ. Firenze, CNIT RU Firenze Univ. Firenze, CNIT RU Firenze EuWIn: the European Laboratory of Wireless Communications for the Future Internet From Smart Lighting to Smart City Applications Field Trial of Wireless Networks for Smart Mobility and Smart Energy in Smart Cities Enabling Smart Cities Services Through an Information Centric Platform SIMob - an integrated infomobility system for Smart Cities. A System-of-Systems approach A Web of Sensors approach for integrating and exploiting sensors data in Smart Cities (SmartSantander EU project) S. Pera CSP Torino SENSORBOX Lo zaino che misura lo smog O. Briante, C. Campolo, A. Iera, A. Molinaro, S. Y. Paratore, G. Ruggeri Univ. Reggio Calabria ItsPhone: An Integrated Platform for Participatory ITS Data Collection and Opportunistic Transfer G. Marrocco Univ. Roma 2 Sensoristica Pervasiva di cose, ambienti e persone con la tecnologia RFID V. Bloise*, S. Giordano, M. Magnarosa** G. Manara Univ. Pisa (*Reply) (**CUBIT) "INSeT: un modello di interoperabilita' per la bigliettazione elettronica in ambito Smart Cities"

17 Horizon 2020 for ICT Alessandro Barbagli European Commission DG CONNECT Ancona, Giugno

18 Context and trends ICT: a critical infrastructure for growth key for all vital social and economic processes The need for a new approach towards innovation important to translate breakthrough technologies into innovations (new products, processes and services) need to better integrate research and innovation Social innovation: an important driver development of the emerging ICT-intensive world should not be only technology-driven bottom-up and user-generated innovation becomes more influential 18

19 What is Horizon 2020? Commission proposal for an ~88 billion* Euro R&I funding programme ( ) Part of proposals for next EU budget, complementing Structural Funds, education, etc. A core part of Europe 2020, Innovation Union & European Research Area -> Growth, Jobs & Competitiveness *current prices 19

20 What is new? A single programme (FP7 + CIP + EIT) Strong focus on societal challenges (game changing for ICT ) More innovation Reaching out to non-traditional actors More risk taking Strengthened support for high-tech SMEs More open, light & fast schemes 20

21 State of play Overall budget (Multiannual Financial Framework) still under discussion (~79B for H2020 TBC) Trialogue (EP/Council/Commission) on legislative proposal ongoing First discussions with MS took place Advisory Groups are being setup Commission services are setting up governance structure 21

22 Europe 2020 priorities International cooperation European Research Area Shared objectives and principles ICT ICT ICT ICT ICT ICT EIT JRC Tackling Societal Challenges Health, demographic change and wellbeing Food security, sustainable agriculture and the bio-based economy Secure, clean and efficient energy Smart, green and integrated transport Climate action, resource efficiency and raw materials Inclusive, innovative and reflective societies Secure Societies Excellence in the Science Base Frontier research (ERC) Future and Emerging Technologies (FET) Skills and career development (Marie Curie) Research infrastructures Creating Industrial Leadership and Competitive Frameworks Leadership in enabling and industrial technologies ICT Nanotech., Materials, Manuf. and Processing Biotechnology Space Access to risk finance Innovation in SMEs ICT ICT ICT Simplified access Common rules, toolkit of funding schemes Dissemination & knowledge tranfer 22

23 Excellent science World class science is the foundation of tomorrow s technologies, jobs and wellbeing Europe needs to develop, attract and retain research talent Researchers need access to the best infrastructures Pathfinding Europe s technological future Bootstrapping new R&I eco-systems Prominent large-scale partnering initiatives 23

24 ICT in Excellent Science E-Infrastructures Digital Science High-Performance Computing (HPC) Strategy Future and Emerging Technologies Individual research projects Early Ideas FET Open Open research clusters Incubation FET Proactive Common research agendas Large-Scale Initiatives FET Flagships 24

25 Vice-President Neelie Kroes announced the two winners of the FET Flagships competition 25

26 Industrial leadership Europe needs more innovative SMEs to create growth and jobs Strategic investments in key technologies (e.g. advanced manufacturing, micro-electronics) underpin innovation across existing and emerging sectors Europe needs to attract more private investment in research and innovation 26

27 ICT in Industrial Leadership 1. Components and systems 2. Next generation computing 3. Future Internet 4. Content technologies and information management 5. Advanced interfaces and robots 6. Key Enabling Technologies: Micronano-electronics and photonics Cross cutting aspects Open disruptive innovation open, fast and light Access to finance Innovation policy support ICT LEIT (Leadership in Enhabling and Industrial Technology) 27

28 Societal challenges EU policy objectives (climate, environment, energy, transport etc) cannot be achieved without innovation Breakthrough solutions come from multi-disciplinary collaborations, including social sciences & humanities Promising solutions need to be tested, demonstrated and scaled up 28

29 ICT in Societal Challenges Health, demographic change & wellbeing e-health, self management of health, improved diagnostics, improved surveillance, health data collection, active ageing, assisted living Food security, sustainable agriculture, marine and maritime research & the bioeconomy Secure, clean and efficient energy Smart cities; Energy efficient buildings; smart electricity grids; smart metering Smart, green and integrated transport Smart transport equipment, infrastructures and services innovative transport management systems; safety aspects 29

30 ICT in Societal Challenges Climate action, resource efficiency and raw materials ICT for increased resource efficiency; earth observation and monitoring Inclusive, innovative and reflective societies Digital inclusion; social innovation platforms; e-government services; e-skills and e-learning; e-culture Secure societies Cyber security; ensuring privacy and protection of human rights on-line 30

31 ICT LEIT SOCIETAL CHALLENGES Other KETs Health, Demographic change and wellbeing Virtual Physiological Human Robotics for medicine Microsystems for drug delivery and monitoring ICT KETs Inclusive, innovation and secure societies Technology for identification and security Interfaces for special needs Content technologies and information management ACTIVE AND HEALTHY AGEING Secure, clean and efficient energy Smart grid Energy management Integration in smart cities SMART CITIES Smart, green and integrated transport Smart transport equipment Safety systems Logistic systems SMART CONNECTED ENVIRONMENTS AND PLATFORMS (Future Internet & cloud, Cyber-physical Systems, Big data technologies) Next generation computing Future internet: Infrastructures, technologies and services Smart components and embedded systems Climate action, resource efficiency and raw materials Simulation/visualisation Technology for end-toend material tracking Robot swarms/ drone for monitoring Advanced interfaces, robotics and smart spaces ADVANCED MANUF. AND PROCESSING PROGRAMME FUTURE MANUFACTURING ICT FET Open ICT FET Pro Active ICT FET Flagships Other FET Activities 31

32 ICT in LEIT - Generic technologies ICT in Societal Challenges Focus Areas (Strat. Programming ICT for self-management of health / in-silico medicine / Personalising health and ICT for active and independent living / Robotics for care health and ageing care ICT for end-to-end tracing of food / internet-enable Sustainable food security identifiers / data infrastructure for the food chain Smart components, micro-systems, embedded systems and cyber-physical systems Computing systems Networking and internet technologies, cloud infrastructures Sensors actuators and internet of things technologies Human computer interaction, intelligent interfaces and robotics systems Software, simulation and visualisation Data analytics, language technologies and tools for creative industries Experimental facilities Integration of ICT for energy-efficient buildings, smart mobility, digital infrastructures and digital services Smart grids, ICT for renewable energy Energy-efficient buildings / energy management tools / automation and control Smart mobility / smart vehicles / ICT for safe and efficient driving / connected vehicles / traffic management and information systems ICT for waste management solutions ICT for water resources management Smart cities and communities Low carbon economy Energy efficiency Mobility Waste Water End to end secure ICT systems / technology for privacy and access control / risk management / critical infrastructure protection Digital security Public sector innovation / ICT for learning / ICT for cultural heritage NA 32

33 INTRODUCING NEW INNOVATION INSTRUMENTS 33

34 Open Disruptive Innovation Scheme Agile space to combine new technologies, devices, applications, interfaces, business models for new product and services concepts Open, fast and light Small-scale bottom-up initiatives Continuously open calls with cut-off dates/year Collaborative Projects and SME instrument 5% of LEIT budget 34

35 SME instrument Phase 1: Concept & Feasibility Assessment Idea to concept, risk assessment, technological & commercial feasibility Phase 2: Demonstration Market Replication R&D Demonstration, prototyping, testing, market replication, scaling up, miniaturisation, research Pre-commercial procurement Phase 3: Commercialisation SME window EU financial facilities Quality label for successful projects, access to risk finance, indirect support IDEA continued support throughout the project MARKET 35

36 PCP and PPI PCP to steer the development of solutions to public sector needs /validating alternative solution approaches from various vendors PPI to act as launching customer / early adopter / first buyer of innovative commercial end-solutions newly arriving on the market R&D / Pre-commercial Procurement (PCP) Public Procurement of Innovative Solutions (PPI) Phase 0 Curiosity Driven Research Phase 1 Solution design Supplier A Supplier B Supplier C Supplier D Phase 2 Prototype development Supplier B Supplier C Supplier D Phase 3 Original development of limited volume of first test products / services Supplier B Supplier D Phase 4 Deployment of commercial end-products Diffusion of newly developed products / services Supplier(s) A,B,C,D and/or X multiple sourcing 36

37 Prizes Options for Inducement prizes for ICT in H2020: 37

38 Next steps Mid 2013 Adoption of legislative acts by Parliament and Council September 2013 Appointment of Programme Committees Summer 2013 Draft first work programme November 6-8 ICT 2013 in Vilnius End 2013 Adoption of the work programme and publication of the calls for proposals Spring 2014 closing of first calls 38

39 ICT 2013: Create, Connect, Grow 6-8 November 2013, Vilnius Registration: opened in May 2013 Website: 39

40 Opportunities for participants: Open call for networking session proposals (closed on Friday 10/05/2013); Open call for exhibitors (deadline: Wednesday 19/06/2013); Student ICT research project competition (deadline: Wednesday 3/07/2013); 40