Roma/L’Aquila, December 1-2, 2017 Chairman Dr. Luca Potì, Head of Research Area High-Capacity and Secure Optical Communications Photonic Networks and Technologies Laboratory – CNIT Pisa Italy and Israel share their strong inclination to innovation. The two Countries have, however, different background and regulations in particular for what concerns start-up incubation, development, high quality production, venture capital and big industries
“Contraband Pixels & Texts, or… make stories, not phishing” is a literary-graphic competition on social engineering and phishing, organized by PRA Lab and CNIT (Consorzio nazionale interuniversitario per le telecomunicazioni), partner of the DOGANA project, funded under the HORIZON 2020 programme. Participants: writers and cartoonists / illustrators. Registration: registration is free and open to people residing in EU countries
Mobile World Congress 2017 Barcellona 27 Feb – 2 Mar. Within the framework of the Graphene Flagship, CNIT (Dr. Marco Romagnoli), in collaboration with Ericsson, Nokia and IMEC, has developed graphene photonics integration for high speed transmission systems and presented a demo of a packaged graphene-based modulator operating over several optical telecommunications bands at the Graphene Experience Zone of
Security of wireless communication systems has always been a concern and, as a result, a rich field for research. Traditionally, security features, like cryptography, are added to the upper layers of wireless communications protocol stacks. Cognitive Radios is a wireless communication paradigm which can adapt its behavior to make optimal use of the available radio spectrum in a changing
Sunday, February 5, 2017, exactly two years after the start of the activity, it has appeared on the National newspaper “La Nazione” an article by Prof. Antonella Bogoni of the Scuola Superiore Sant’Anna, introducing the Project ROAM coordinated by CNIT, and its innovative “silicon chips”. ROAM, an acronym for “Revolutionising optical fibre transmission and networking using the Orbital Angular