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Cloud views2010

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  • 1. Cloud Computing and Future Internet Opportunities
    João Barros
    Faculdade de Engenharia da Universidade do Porto
    National Director of the Carnegie Mellon Portugal Program
    CloudViews, Porto, May 2010
  • 2. JoãoMota
    ECE Dual degree PhD Student at IST and Carnegie Mellon.
    Works on distributed algorithms for sensor networks.
  • 3. Valentina Nisi
    Hired as a faculty member at University of Madeira.
    Previously with MIT Media Lab Europe.
    An artists working on human-computer interaction.
  • 4. RogérioCarapuça, CEO Novabase
    Trains his staff of Novabase in advanced software engineering in Coimbra and at Carnegie Mellon.
  • 5. Frank Pfenning
    • Professor at Carnegie Mellon and co-director of the dual degree PHD program in CS.
    • 6. Co-PI of the research project “Interfaces”
    • 7. Co-supervisor of PhD students.
  • André Martins
    Dual degree PhD Student in Language Technologies at IST and Carnegie Mellon.
    Won a paper award and started the Priberam Seminar in Machine Learning.
  • 8. Cristina Carias
    • PhD Student in Technological Change and Entrepreneurship.
    • 9. Studies how Human Capital Flows affect innovative industries.
  • Ricardo Morla
    • Assistant Professor at Univ. of Porto
    • 10. Currently at Carnegie Mellon under the faculty exchange program.
  • Eduardo Carqueja, CEO NDrive
    NDRIVE is an SME and a major partner in the DRIVE-IN project, which explores inter-vehicle communication.
  • 11.
  • 12. INSTRUMENTS
    Carnegie Mellon Portugal Program
    Innovation
    Research
    Education
    Collaborative
    Projects
    Professional
    MS programs
    Industrial Affiliates
    Dual Degree
    PhD Programs
    PhD
    Theses
  • 13. Public Policy &Entrepre-neurship Dynamics in New ICTs
    Carnegie Mellon
    Portugal
    Program
    New Generation Networks
    for High-Quality Trusted Services
    Applied
    Mathematics
    Software Engineering for
    Large-Scale Dependable Systems
    Cyber-Physical Systems
    for Ambient Intelligence
    Human-Centric
    Computing
    THEMATIC AREAS
  • 14. Industrial Involvement
  • 15. Industrial partners
  • 16. Ongoing Projects
  • 17. How can Vehicle-to-Vehicle communication enhance driver and passenger experience, while improving road and vehicle utilization?
    PIs: M. Ferreira, O. Tonguz
    IT / FCUP / FEUP / UA
    Carnegie Mellon University
    NDRIVE, BRISA
  • 18. SINAIS
    Can we use distributed sensor systems and human computer interaction to induce environmentally friendly behavior?
    PIs: N. Nunes, A. Dey
    MITI / UMa / IST
    Carnegie Mellon University
    ISA
  • 19. PT - STAR
    Can speech-to-speech machine translation enable natural language communication between people who do not share the same language?
    PIs: L.Coheur, A. Black
    INESC ID / IST / FLUL / UBI
    Carnegie Mellon University
    Priberam
  • 20. Vital Responder
    How can cyber-physical systems and wearable technologies form a network to assist and reduce the risks of first responders in critical events?
    PIs: J. P. Cunha, P. Narasimhan
    IT / IEETA / FCUP / FEUP / UA
    Carnegie Mellon University
    Bio Devices
  • 21. Projects related to cloud computing
  • 22. Aeminium
    Can we write programs for parallel processors in a simple and provably correct way?
    PIs: P. Marques, J. Aldrich
FCTUC, UMa
    Carnegie Mellon University
Novabase
  • 23. WESP
    Can we ensure stronger web security and privacy by designing more intuitive user interfaces?
    PIs: V. Kostakos, N. Sadeh
UMa, IST/UTL
    Carnegie Mellon University
PortugalTelecom / Sapo
  • 24. How can advanced logic be used to ensure that different software modules operate securely and correctly with each other?
    Pis: L. Caires, F. Pfenning
    FCTUNL/FCUL
    Carnegie Mellon University
    OutSystems
  • 25. IT Porto
  • Research Teams
    Security Research
  • 44. Core Competencies
    Information Theory
    Coding and Cryptography
    Large-scale Graph Analysis
    Signal Processing
    Communication Protocols
    Geo-Referenced Systems
    Peer-to-Peer Networks
    • Multimedia Streaming
    • 45. Secret Key Distribution
    • 46. Sensor Networks
    • 47. Intelligent Transportation Systems
    • 48. Computer Animation
    • 49. Real-time Systems
  • Shannon Communications Lab @ FEUP & IT Porto
    Faculty / Post-Doctoral Researchers
    Prof. João Barros (PhD TU München in 2004, Fulbright at Cornell Univ., Sab. MIT, JB)
    Dr. Fausto Vieira (PhD UPC Barcelona in 7/2008)
    Dr. Tiago Vinhoza (PhD PUC Rio in 8/2008)
    Prof. Ana Aguiar (PhD TU Berlin, 2008)
    Prof. Daniel Lucani(PhD MIT in 4/2010)
    PhDstudents
    Rui Costa SergioCrisóstomo
    Mari Nistor Luísa Lima
    GerhardMaierbacher Paulo Oliveira
    João Paulo Vilela RuiMeireles
    Mate BobanDiogo Ferreira
    João Patriarca SaurabhShintre
    João Rodrigues Pedro Santos
    HanaKhamfroush
  • 50. Security for Lower Layers
    End-to-end cryptography
    Application
    Application
    Secure Sockets Layer (SSL)
    Transport
    Transport
    Network
    Network
    Virtual private networks (IPSec)
    Link
    Link
    Physical
    Physical
    Admission control (e.g.WPA)
    Physical-layer security ?
  • 51. a
    b
    a
    b
    a
    b
    Security for NetworkCoding
    a b
    • NetworkCodingincreasesthroughputandrobustness.
    • 52. Byzantineattackscanbecatastrophic.
    • 53. Idea:
    • 54. Use codepropertiesto protectthedata.
    • 55. Solutions:
    • 56. SPOC (securepracticalnetworkcoding) combines cryptoandnetworkcoding
    • 57. Signatureschemesuse algebraicstructureofthecodefor authentication
    S
    T
    U
    W
    a+b
    X
    a+b
    a+b
    Y
    Z
    a b
    a b
  • 58. Security for Distributed Storage
    Blocking probability analysis for coded P2P systems.
  • 59. Large Network Analysis
    NECO simulation software was downloaded more than 1000 times in 2009.
  • 60. Goal: Aggregate critical mass in ICT Innovation
    Minho
    Porto
    Aveiro
    Covilhã
    Coimbra
    Lisboa
    Algarve
    Madeira
  • 61. Innovation Networks
    Research platforms capable of addressing challenging problems that are practically relevant and technically deep.
    Future Internet Tech. & Serv.
    Security and CriticalInfrastructures
    Interactive Media
    Other Networks…
    Next Generation Networks
    Cyber-Physical Systems
    Software Engineering
    Human-Centric Computing

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