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Future Internet: Some ideas from CINI. Giorgio Ventre Università di Napoli Federico II & Consorzio Interuniversitario Nazionale per l’Informatica. www.consorzio-cini.it www.comics.unina.it. Il Consorzio Interuniv. Naz. per l’Informatica. Public Consortium of 31 Italian Universities
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Future Internet:Some ideas from CINI Giorgio Ventre Università di Napoli Federico II & Consorzio Interuniversitario Nazionale per l’Informatica www.consorzio-cini.it www.comics.unina.it
Il Consorzio Interuniv. Naz. per l’Informatica • Public Consortium of 31 Italian Universities • Departments of Computer Science and Computer Engineering • ~1100 faculty, ~1000 PhD students and postdocs • Activity: research, technological transfer, consultancy
Future Internet • Future Internet is about digital contents and personalized services • You cannot have a “Future Internet” deployed • If you do not involve people, industry, government • If you do not provide BB connectivity • If you do not offer novel software services
Future Internet issues • ICT technologies are the kernel of the Future Internet • They evolve rapidly, hence frontier research is important • Three megatrends: • Internet of things (connectivity) • (Open source) software architectures and middleware • Internet of people (personal services and social applications)
Connected Society RFID location-based services Wi-Fi Green IT Mobile computing Megatrends Sw Infrastructures NGN2 Semantic Web SOA SaaS IaaS Cloud computing Testbeds Internet of people Search engines Social Networking Education E-government User Generated Content E-health E-commerce Entertainment
CINI priorities for FI • IP ++ • Research on service oriented systems (NESSI) • Innovative software architectures for future Internet • Infrastructures for virtualization (of middleware, of services) • Knowledge-intensive social software technologies for communities (of people, of companies, of the public sector) • Research on embedded software (ARTEMIS) • ICT Security, including homeland security • Educational issues: skills & professional gaps • Green ICT and energy-aware computing • Legal issues in the future internet: novel QoS, trust, privacy, IPR schemas for Future Internet, network neutrality
Two recent examples • ComCast to acquire NBC • Entertainment as the killer application • TV 2.0 still to be defined • Not new: look at BT ADSL traffic after Halo 2 release • Social Networks in Corporate World • Linkedin, Facebook can be used not only for dating • Spread and link the Company Knowledge
Future Internet: a “tabula rasa” • We try to follow a “clean slate” approach to break-through innovation in the Internet architecture • We need a new Internet that necessarily has to be • Open • Scalable • Reliable and dependable • Diverse in contents and formats of media • Transparent to both service providers and users • We must encourage innovative thinking in Academia and Industry • We need support from governments
Architectural challenges • Dependability improvement of complex and distributed critical networked systems, e. g. air traffic management, railway control, and homeland security systems • Dependability assessment of wireless sensor networks used to monitor LCCIs (Large Complex Critical Infrastructures) • Novel mechanisms for traffic measurement, routing and forwarding within the future Internet • Algorithms and protocols for overlay network services • Novel resilient paradigms for the future Internet
The role of testbeds • We need the availability of effective and open testbeds • Improve the availability of broadband to reliably interconnect networking research facilities • Fund network testbeds and demonstrators • Look at Geni and PlanetLab • Incentive Industries (…and convince Governments) to go towards the creation of services and applications • Mobile, seamless BB access • Cloud Computing • e-Health and e-Gov applications • Media and Entertainment Industry
A Future Internet for our Economy • By designing, experimenting, and teaching the Future Internet we will support the recovery of the EU economy • Fund and support research and training on new software and network architectures • Support the open source development and deployment of new services and applications • Help Universities (…and SME) to go Internet scale exploiting knowledge-intensive services