Cloud views2010


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Cloud views2010

  1. 1. Cloud Computing and Future Internet Opportunities<br />João Barros<br />Faculdade de Engenharia da Universidade do Porto<br />National Director of the Carnegie Mellon Portugal Program<br />CloudViews, Porto, May 2010<br />
  2. 2. JoãoMota<br />ECE Dual degree PhD Student at IST and Carnegie Mellon.<br />Works on distributed algorithms for sensor networks.<br />
  3. 3. Valentina Nisi<br />Hired as a faculty member at University of Madeira.<br />Previously with MIT Media Lab Europe.<br />An artists working on human-computer interaction.<br />
  4. 4. RogérioCarapuça, CEO Novabase<br />Trains his staff of Novabase in advanced software engineering in Coimbra and at Carnegie Mellon.<br />
  5. 5. Frank Pfenning<br /><ul><li>Professor at Carnegie Mellon and co-director of the dual degree PHD program in CS.
  6. 6. Co-PI of the research project “Interfaces”
  7. 7. Co-supervisor of PhD students.</li></li></ul><li>André Martins<br />Dual degree PhD Student in Language Technologies at IST and Carnegie Mellon.<br />Won a paper award and started the Priberam Seminar in Machine Learning. <br />
  8. 8. Cristina Carias<br /><ul><li>PhD Student in Technological Change and Entrepreneurship.
  9. 9. Studies how Human Capital Flows affect innovative industries.</li></li></ul><li>Ricardo Morla<br /><ul><li>Assistant Professor at Univ. of Porto
  10. 10. Currently at Carnegie Mellon under the faculty exchange program.</li></li></ul><li>Eduardo Carqueja, CEO NDrive<br /> NDRIVE is an SME and a major partner in the DRIVE-IN project, which explores inter-vehicle communication.<br />
  11. 11.
  12. 12. INSTRUMENTS<br />Carnegie Mellon Portugal Program<br />Innovation<br />Research<br />Education<br />Collaborative<br />Projects<br />Professional<br />MS programs<br />Industrial Affiliates<br />Dual Degree<br />PhD Programs<br />PhD<br />Theses<br />
  13. 13. Public Policy &Entrepre-neurship Dynamics in New ICTs<br />Carnegie Mellon<br />Portugal<br />Program<br />New Generation Networks<br /> for High-Quality Trusted Services<br />Applied<br />Mathematics<br />Software Engineering for <br />Large-Scale Dependable Systems<br />Cyber-Physical Systems <br />for Ambient Intelligence<br />Human-Centric <br />Computing<br />THEMATIC AREAS<br />
  14. 14. Industrial Involvement<br />
  15. 15. Industrial partners<br />
  16. 16. Ongoing Projects<br />
  17. 17. How can Vehicle-to-Vehicle communication enhance driver and passenger experience, while improving road and vehicle utilization?<br />PIs: M. Ferreira, O. Tonguz<br />IT / FCUP / FEUP / UA<br />Carnegie Mellon University<br />NDRIVE, BRISA<br />
  18. 18. SINAIS<br />Can we use distributed sensor systems and human computer interaction to induce environmentally friendly behavior? <br />PIs: N. Nunes, A. Dey<br />MITI / UMa / IST<br />Carnegie Mellon University<br />ISA<br />
  19. 19. PT - STAR<br />Can speech-to-speech machine translation enable natural language communication between people who do not share the same language?<br />PIs: L.Coheur, A. Black<br />INESC ID / IST / FLUL / UBI<br />Carnegie Mellon University<br />Priberam<br />
  20. 20. Vital Responder<br />How can cyber-physical systems and wearable technologies form a network to assist and reduce the risks of first responders in critical events? <br />PIs: J. P. Cunha, P. Narasimhan<br />IT / IEETA / FCUP / FEUP / UA<br />Carnegie Mellon University<br />Bio Devices<br />
  21. 21. Projects related to cloud computing<br />
  22. 22. Aeminium<br />Can we write programs for parallel processors in a simple and provably correct way?<br />PIs: P. Marques, J. Aldrich
FCTUC, UMa<br />Carnegie Mellon University
Novabase<br />
  23. 23. WESP<br />Can we ensure stronger web security and privacy by designing more intuitive user interfaces?<br />PIs: V. Kostakos, N. Sadeh
UMa, IST/UTL<br />Carnegie Mellon University
PortugalTelecom / Sapo<br />
  24. 24. How can advanced logic be used to ensure that different software modules operate securely and correctly with each other?<br />Pis: L. Caires, F. Pfenning<br />FCTUNL/FCUL<br />Carnegie Mellon University<br />OutSystems<br />
  25. 25. IT Porto<br /><ul><li>Foundedin2007 attheUniversityofPorto
  26. 26. DelegationofInstituto de Telecomunicações at FEUP and FCUP
  27. 27. Currently, 14 researcherswitha PhD
  28. 28. Ana Aguiar
  29. 29. Luis Almeida
  30. 30. Luis Antunes
  31. 31. João Barros
  32. 32. William Carson
  33. 33. 30+ PhDstudents
  34. 34. >2.5M EUR researchfunding
  35. 35. Miguel Coimbra
  36. 36. Michel Ferreira
  37. 37. Daniel Lucani
  38. 38. Cristina Olaverri
  39. 39. VerónicaOrvalho
  40. 40. Rui Prior
  41. 41. Miguel Rodrigues
  42. 42. Fausto Vieira
  43. 43. Tiago Vinhoza</li></li></ul><li>Research Teams<br />Security Research<br />
  44. 44. Core Competencies<br />Information Theory<br />Coding and Cryptography<br />Large-scale Graph Analysis<br />Signal Processing<br />Communication Protocols<br />Geo-Referenced Systems<br />Peer-to-Peer Networks<br /><ul><li>Multimedia Streaming
  45. 45. Secret Key Distribution
  46. 46. Sensor Networks
  47. 47. Intelligent Transportation Systems
  48. 48. Computer Animation
  49. 49. Real-time Systems</li></li></ul><li>Shannon Communications Lab @ FEUP & IT Porto<br />Faculty / Post-Doctoral Researchers <br />Prof. João Barros (PhD TU München in 2004, Fulbright at Cornell Univ., Sab. MIT, JB)<br />Dr. Fausto Vieira (PhD UPC Barcelona in 7/2008)<br />Dr. Tiago Vinhoza (PhD PUC Rio in 8/2008)<br />Prof. Ana Aguiar (PhD TU Berlin, 2008)<br />Prof. Daniel Lucani(PhD MIT in 4/2010)<br />PhDstudents<br />Rui Costa SergioCrisóstomo<br />Mari Nistor Luísa Lima <br />GerhardMaierbacher Paulo Oliveira <br />João Paulo Vilela RuiMeireles<br />Mate BobanDiogo Ferreira <br />João Patriarca SaurabhShintre<br /> João Rodrigues Pedro Santos<br />HanaKhamfroush<br />
  50. 50. Security for Lower Layers<br />End-to-end cryptography<br />Application<br />Application<br />Secure Sockets Layer (SSL)<br />Transport<br />Transport<br />Network<br />Network<br />Virtual private networks (IPSec)<br />Link<br />Link<br />Physical<br />Physical<br />Admission control (e.g.WPA)<br />Physical-layer security ?<br />
  51. 51. a<br />b<br />a<br />b<br />a<br />b<br />Security for NetworkCoding<br />a b<br /><ul><li>NetworkCodingincreasesthroughputandrobustness.
  52. 52. Byzantineattackscanbecatastrophic.
  53. 53. Idea:
  54. 54. Use codepropertiesto protectthedata.
  55. 55. Solutions:
  56. 56. SPOC (securepracticalnetworkcoding) combines cryptoandnetworkcoding
  57. 57. Signatureschemesuse algebraicstructureofthecodefor authentication</li></ul>S<br />T<br />U<br />W<br />a+b<br />X<br />a+b<br />a+b<br />Y<br />Z<br />a b<br />a b<br />
  58. 58. Security for Distributed Storage<br /> Blocking probability analysis for coded P2P systems.<br />
  59. 59. Large Network Analysis<br />NECO simulation software was downloaded more than 1000 times in 2009.<br />
  60. 60. Goal: Aggregate critical mass in ICT Innovation<br />Minho<br />Porto<br />Aveiro<br />Covilhã<br />Coimbra<br />Lisboa<br />Algarve<br />Madeira<br />
  61. 61. Innovation Networks<br />Research platforms capable of addressing challenging problems that are practically relevant and technically deep. <br />Future Internet Tech. & Serv.<br />Security and CriticalInfrastructures<br />Interactive Media<br />Other Networks…<br />Next Generation Networks<br />Cyber-Physical Systems<br />Software Engineering<br />Human-Centric Computing<br />