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Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
Luis Rodriguez Rosello
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Luis Rodriguez Rosello

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LUIS RODRÍGUEZ-ROSELLÓ, HEAD OF UNIT "FUTURE NETWORKS", DG INGSO, EUROPEAN
COMMISSION
Luis Rodríguez-Roselló holds a degree of Telecommunications Engineering (Universidad
Politécnica de Madrid-UPM). After some years of professional activity as engineer at a private
company and as full professor at the Faculty of Telecommunications Engineering at UPM in
Computer Science and Control Systems, he was appointed Director of the R&D Department at
the ITE (Institute for Technologies in Education) of the Ministry of Education & Science in
Spain and later on Head of the International Department of the CDTI (Centro para el Desarrollo
Tecnológico e Industrial).
He joined the European Commission in 1989 as Head of Division in Directorate-General "Information Society and
Media" responsible for the R&D Programme DELTA (Developing European Learning through Technological
Advance). He was acting Director in 2003 and 2004 of Directorate "Emerging Technologies, Infrastructures &
Applications". Domains of responsibility encompassed basic research (Future and Emerging Technologies), Grid
Technologies, Research Infrastructures and application areas related to eInclusion and eWork. End 2004 he was
appointed Head of the Unit "Networked Media Systems" and in 2010 Head of the Unit "Future Networks", where
he leads European R&D on mobile communications, optical networks, satellite communications and Internet
architectures. In 2009-2010 he was also acting Director of Directorate "Converged Networks & Services", which
addresses R&D and innovation on Future Internet (network architectures, communication technologies…), 35

Software & Services, Cloud Computing, Media Systems and Internet of Things among other topics. He also cochaired during that period the Future Internet Public-Private Partnership initiative of the European Commission.

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  • Technical challenges vast amount of data, high degree of automation, concurrent optimisations, real time control unified access to data
  • NB: Future Internet = Pathfinder theme Following coupling r&D and std, DG ENTR WP
  • Transcript

    • 1. Global Forum VISION FOR THE DIGITAL FUTURE Brussels, 7th of November 2011 Towards Intelligent Platforms EU R&D& Innovation perspective Luis Rodr í guez-Rosell ó Head of Unit Future Networks DG INFSO European Commission
    • 2.
      • Support to Infrastructures and Poles of Innovation
      • e Infrastructures, Cloud Computing, Virtual/regional Clusters (Labs, European Institute for Innovation & Technologies);
      • Large Open Test-bed facilities needed
      • Involvement of Member States in large scale experiments
      • Development and testing of innovative and interoperable solutions in general interest areas (smart cities, regions…) and for grand societal challenges
      • Use R&D&I to support open standards and platforms
      • Linking standardisation to research and leveraging it as a tool for innovation.
      • « Remaining barriers for entrepreneurs to bring "ideas to market" must be removed: …smarter and more ambitious regulation and targets, faster setting of interoperable standards…. »
      • Medium to long term balance, Pooling resources, Impact driven, More systematic coupling R&D with Innovation
      • X-sector partnership
      • Novel Web services, new actors (games, social network, creative industries...)
      Explotation of the Digital Single Market for ICT innovation Digital Agenda for Europe & Innovation Union Some important issues for R&D&I on Networks at the HORIZON 2020
    • 3. Main trends affecting research and innovation in the communications networks area Societal drivers: Urbanisation Smart cities Mobility Information availability Social networks Privacy Security Energy efficiency Demographic trends Healthcare Education … Research & Technology drivers: Capacity/Efficiency Service/Content centricity Virtualisation & “Cloudification” Cognition Context awareness Manageability Self-organisation Self-optimisation Cross-layer optimisation Flexibility Smart environments, Sensors M2M …
    • 4. TV Access Control Parking Control CCTV Monitoring Facilities Control Power Control Light Control VoD Video Conferencing KIOSK Health Care Management Control Public Safety Education Fleet Management Smart travel Waste Management Smart Grid An Internet-enabled service economy and creative society Street Light Management
    • 5. Broadband Subscribers (millions) Mobile: red Fixed: blue Trend: Wireless Internet
      • 1 Billion mobile BB subscribers end 2011
      • >3227 HSPA devices are launched from 214 suppliers
      • HSPA is deployed in 462 networks in 162 countries/ territories
      • 136 HSPA+ networks launched in 69 countries
      • Exponential growth of apps
      • M2M to increase the trend
      • 174 LTE network commitments in 64 countries
      • + 163 pre-commitment trials
      • 31 commercial LTE networks in 31 countries -> 80+ expected by end of 2012
      Source: UMTS Forum Mobile – Internet inter-working today: mainly patches Media – Over The Top services (superposition of layers) Mob volume ≈1/200 fixed volume Time needed to deploy 100 3G networks world-wide: 4 years Time needed to deploy 100 HSPA enabled networks: 1 year 2 Million+ LTE subscribers: the fastest developing mobile communication system ever!! Mobile radically accelerate the pace of changes (Apps, Mash-ups, Location Based Services, M2M…) Mobile traffic forecast 0 10 20 30 40 50 60 2008 2009 2010 2011 2012 2013 2014 2015 Yearly Exabytes Data Voice
    • 6.
      • Common sensor and actuator information infrastructure across cities
        • provides secure and reliable access to sensor and actuator information services for multiple players, and so that information can be efficiently shared across ”verticals”, this provides application enablement
      • Sensor information enablement
        • aggregation and collection of data
        • directory services
        • data brokering and service composition
        • information federation
        • privacy and integrity protection
        • access policy enforcement
        • accounting and revenue,....
      Image: SENSEI project, FP7 215923 Trend: Smart environments enabled by networked sensors
    • 7. Converged and Optical Networks  Cellular and beyond Ad-Hoc Mesh Relay Broadcast Application Server Operator A Gateway Operator B Public Internet Object and Sensor Networks Optical Switching Optical Transmission Personal Space Application Server High Speed Broadband Access 
        • The Network of the Future : Internet architecture designed for broadband fixed and mobile access
      Future Internet Technologies Radio Access and Spectrum Use
    • 8. The Commission’s proposals for the 2014-2020 Multiannual Financial Framework 1.05% of EU GNI in commitments = € 1025 billion over 7 years (2011 prices) ICT Opportunities
    • 9. Connecting Europe Facility – Digital Infrastructures
      • focused public intervention to stimulate private investment where the market case is weak, and
      • development of common architectures for digital services
      • support increasingly mobile citizens,
      • reduce transactions costs for enterprises, in particular SMEs in search of growth opportunities beyond their home markets
      • enable the emergence of the digital single market,
      • stimulate growth of cross-border services:
        • Trans-European backbone connection for public administrations
        • Cross-border eGov services
        • Access to Public Sector Information and multilingual services
        • Safety and Security
        • - Intelligent energy networks and services
    • 10.
      • Horizon 2020 – Objectives and structure
      • 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
      • Excellence in the Science Base
      • Frontier research (ERC)
      • Future and Emerging Technologies (FET)
      • Skills and career development (Marie Curie)
      • Research infrastructures
      Shared objectives and principles Common rules, toolkit of funding schemes Europe 2020 priorities European Research Area Simplified access International cooperation Dissemination & knowledge tranfer
      • Tackling Societal Challenges
        • Health, demographic change and wellbeing
        • Food security and the bio-based economy
        • Secure, clean and efficient energy
        • Smart, green and integrated transport
        • Supply of raw materials
        • Resource efficiency and climate action
        • Inclusive, innovative and secure societies
    • 11. Intelligent Platforms: the road to smart innovation
      • Europe can build on its telecommunications and “applications/services” strengths and take a leading role in ICT-enabled smart growth;
      • Research with strong innovation orientation: need to address longer-term… and shorter term delivery of results;
      • Interoperability/standards as important as ever;
      • Need for critical mass; involvement of new players Convergence beyond ICT boundaries;
      • User driven open innovation, large scale test-beds;
      • Next year will be key to define with the stakeholders the new plans for innovation and infrastructures to be carried out under H 2020 and “The Connecting Europe Facility”
    • 12. Thank you for your attention Luis Rodr í guez-Rosell ó Head of Unit Future Networks DG INFSO European Commission

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