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Enhancing Sustainable Mobility in Smart Cities Through Complex Networked Systems

Dive into cutting-edge research on adaptive wireless energy-efficient communication protocols for urban and social sensing in smart cities. Explore the future of pervasive systems and cyber-physical networks. Join ICT LEIT H2020 InfoDay led by expert Mario Di Francesco.

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Enhancing Sustainable Mobility in Smart Cities Through Complex Networked Systems

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  1. Complex networked systems ICT LEIT H2020 InfoDay Mario Di Francesco, PhD Assistant professor – Aalto University Department of Computer Science and Engineering

  2. Background PhD 2005 2009 University of Pisa, Italy PhD (2006–2009) Research fellow (2009)

  3. Background PhD PostDoc 2005 2009 2011 Univ.of Texas at Arlington Adjunct faculty (since 2012) Research associate (2009 – 2011)

  4. Bio-inspired wireless sensor networks • EAGER project sponsored by the US NSF

  5. A virtual networking approachfor mobile cloud computing • EAGER project sponsored by the US NSF

  6. A human-centric environmentto support human heath needs • SHB project sponsored by the US NSF

  7. Internet of things • Research program of DIGILE Finnish ICT center

  8. Urban and social sensingfor sustainable mobility in smart cities • Project funded by the Italian region of Tuscany

  9. Complex networked systems CyberPhysicalSystems NanoNetworks Density Wireless Sensor Networks SmartCities PervasiveSystems Scale 1 m 1 mm 1 km

  10. Interests and expertise Adaptive Wireless Energy efficiency Communications Protocols Mobile Performance Security and privacy Distributed Technologies Networking Pervasive

  11. Complex networked systems ICT LEIT H2020 InfoDay Mario Di Francesco, PhD mario.di.francesco@aalto.fi http://www.uta.edu/faculty/mariodf

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