|2018-2020||"SCORPIUS: Development on chip of a multifrequency optical oscillator for radars in space” funded by the Italian Space Agency (ASI)|
|2018-2021||“LIRAS: LIdar and RAdar in Space” funded by Ministry of Education, Universities and Research|
|2017-2018||"SOLE: multiStatic & multiband cOherent radar fLeet for border sEcurity”, funded by NATO within the Science for Peace and Security Programme (SPS).
|2017-2018||"RODI: Rf/Optical combined coherent transceiver for Radar/lIdar and RF/optical communications in space” funded by the Italian Space Agency (ASI)|
|2017-2018||“POINTING: Photonics-based frequency-agile RF transceiver with High Precision Optical Beamforming for satellite rad/com systems” funded by the Italian Space Agency (ASI)|
|2017-2019||“PREVENTION: Photonics-based advanced environment monitoring system for an enhanced pREVENTION of landslide and structural failure risks”, within the India-Italy Significant Bilateral Projects, funded by Ministry of Foreign Affair.|
|2017-2020||“ROBORDER: autonomous swarm of heterogeneous Robots for BORDER surveillance” funded by European Commission (H2020)
|2017-2020||"PHOOD: Novel PHOtonics-based RADAR/LIDAR cOmbined coherent sensor for aDvanced precision agriculture” funded by the Ministry of Education, Universities and Research
|2015-2017||"ROAM: Revolutionising optical fibre transmission and networking using the Orbital Angular Momentum of light” funded by European Commission (H2020)
|2014-2017||“Design of the RF spectrum scanner prototype based on discrete components”supported by Elettronica Spa.|
|2017-2021|| “EUIMWP European Network for High Performance Integrated Microwave Photonics” funded by European COST Program
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|2015-2018||"FIWIN5G: FIber-Wireless Integrated Networks for 5th Generation delivery” funded by European Commission (H2020).
|2015-2017||“SWaP constrained photonic-assisted RF transceiver for aerospace, cognitive radio and remote sensing applications”, funded by the Brazilian Agency CAPES.|
|2014-2015||“PETRA: Photonic Environment moniToring Risk Assessment” within the European Research Council Starting Grant “Proof of concept” (ERC).|
|2014-2016||“RAPIDO: Revolutionary Advances in Photonics Integration Being Applied for Optical Communication” funded by European Commission (FP 7).
|2014-2015||"COMBINE: Multi-layer interconnection network based on optical angular momentum multiplexing & wavelength division multiplexing switching”, within the U.S.-Italy Significant Bilateral Projects, funded by Ministry of Foreign Affair.|
|2013-2016||“MINOS: MIcro- and NanO-structured photonic devices based on strained silicon for ultrafast Switching in datacom applications”, FIRB, funded by the Ministry of Education, University and Research|
|2013-2014||“PREPaRE: PRE-industrial Photonic-based Radar dEsign” within the European Research Council Starting Grant “Proof of concept” (ERC).
|2009-2013||“PHODIR: PHOtonic-based full DIgital Radar” within the European Research Council Starting Grant (ERC).
|2011-2012||"INSIDE: toward Integrated photoNic-aSsisted fully-dIgital raDar transcEiver."within the European program Nexpresso, “Network for EXchange and PRototype Evaluation of photonicS componentS and Optical systems”.|
|2009-2012||ACEPLAN “ACtivE PLAsmoNics and lossless metamaterials” funded by Europen Consortium NanoSci-ERA.|
|2008-2012||EUROFOS Project "Pan-European Photonics Task Force:
Integrating Europe’s Expertise on Photonic Subsystems” (Network of Excellence) funded by European Commission (FP 7).
|2008-2010||GOSPEL “Governing the Speed of Light” by the European Commission (FP 7).|
|2008||"Integrated time domain optical interleaver for photonic-based full-digital radar receiver” within the European program ACCORD “Advanced Components Cooperation for Optoelectronics Research and Development”.|
|2017||“PAI-PL Automatic protection systems for railway level crossing” with National railway society RFI|
|2016-2017||“FUTURE : Radio FreqUency phoTonic technologies for eUropean militaRy systEms” with European Defence Agency.|
|2015-2016||"Optical beamforming transceiver for 5G”, with Ericsson.|
|2012-2014||"SOPHIA: Software-defined multicarrier wideband transceiver based on photonic technologies for TLC wireless applications” funded by Italian Defense Ministry.|
|2006||"Feasibility study for 100 Gb/s Ethernet transport” funded by Ericsson.|