CNIT is hosting a free PhotonHub online introductory course in Photonics Innovation. Register now and discover all training sessions by experts from the leading competence centres across Europe: photonhub.eu/trainings-listPhotonHub is a pan-European photonics digital innovation hub that helps SMEs & mid-caps to become highly competitive digital businesses through photonics-based technologies.
As part of the “5GMASS” project – funded by the European Space Agency (ESA) and implemented by TIM, CNIT, FlySight, Cetena and Grimaldi, the conference was held on 30/03/23 at the Palazzo hotel in Livorno in which the next experimentation activities were presented. «The port of Livorno – explained the Head of the CNIT laboratory at the port, Paolo
On January 26th and 27th, 2023, the Kick-off meeting of the RESTART project, “RESearch and innovation on future Telecommunications systems and networks, to make Italy more smart,” was held at the Politecnico di Milano in Leonardo da Vinci square. RESTART is an extended partnership funded by PNRR resources under the theme of Telecommunications of the Future that includes 25
CNIT is hosting a Demo Centre on 1 December in Pisa (Italy) on Graphene photonics for mm-wave wireless links, in the frame of PhotonHub project. Register now and find out all the details. PhotonHub is a pan-European photonics digital innovation hub that helps SMEs & mid-caps to become highly competitive digital businesses through photonics-based technologies.
CNIT is hosting a free PhotonHub online introductory course in Photonics Innovation. Register now and discover all training sessions by experts from the leading competence centres across Europe: photonhub.eu/trainings-list PhotonHub is a pan-European photonics digital innovation hub that helps SMEs & mid-caps to become highly competitive digital businesses through photonics-based technologies.
The joint NATO STO Research Task Groups of SET-232 on “Computational Imaging and Compressive Sensing for EO/IR Systems” and SET-236 on “Design and Analysis of Compressive Sensing Techniques for Radar and ESM Applications” have successfully investigated and demonstrated the use of Compressive Sensing techniques for Electro-Optical (EO) imaging, radar and Electronic Support Measures (ESM) systems. This was an outstanding