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IFISC TEAM: Pere Colet Miguel Cornelles Ilya Ermakov Claudio Mirasso Toni Pérez Vasile Tronciu

http://picasso.di.uoa.gr/. Photonic Integrated Components Applied to Secure chaoS encoded Optical communications systems EC 6 th FP, SPECIFIC TARGETED RESEARCH OR INNOVATION PROJECT Contract IST-2006-034551 September 2006- August 2009. EC Contribution: 2,400,000 €. UIB Budget: 237.454 €

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IFISC TEAM: Pere Colet Miguel Cornelles Ilya Ermakov Claudio Mirasso Toni Pérez Vasile Tronciu

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  1. http://picasso.di.uoa.gr/ Photonic Integrated Components Applied to Secure chaoS encoded Optical communications systems EC 6thFP, SPECIFIC TARGETED RESEARCH OR INNOVATION PROJECT Contract IST-2006-034551 September 2006- August 2009. EC Contribution: 2,400,000 €. UIB Budget: 237.454 € TEC2006-28105-E, 23,700€ IFISC TEAM: Pere Colet Miguel Cornelles Ilya Ermakov Claudio Mirasso Toni Pérez Vasile Tronciu Guy Van der Sande PICASSO PARTNERS: 1. University of Athens, Greece(D. Syvridis). COORDINATOR 2. Fraunhofer Institute for Telecommunications, Heinrich Hertz-Institut, Berlin, Germany(H. Heidrich) 3. IFISC (UIB). (C. Mirasso) 4. University of Wales, Bangor, U. K.(A. Shore) 5. University of Franche-Comté, France. (L. Larger) 6. Eblana Photonics Ltd., Ireland (J. Patchell) 7. Phoenix Photonics Ltd., U. K. (I. Giles) 8. Attika Telecommunications S.A., Greece (M. Manousakis) 9. University of Pavia, Italy (V. Annovazzi-Lodi)

  2. Phase shifter To laser VOA coupler reflector Output • OBJECTIVES: • The ultimate goal of PICASSO is the development of integrated and hybrid photonic components and subsystems to build chaos-based optical communication systems. Hybrid Device Integrated Device first approach DFB-section Phase-section VOA-section

  3. IFISC role in PICASSO Responsible of WP1: Modeling and Simulations • Theoretical activities related to nonlinear dynamics of the integrated components. • Numerical simulation of the transmission properties of the chaotic signals . • Theoretical analysis of the security aspects. WP1 will provide input to WP2 for the design of the devices, and will interact with all other WPs receiving experimental data, comparing with the theory and providing guidelines for system experiments and security enhancement methods.

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