Search
Improving the reliability of solar wind predictions for Earth – WindTRUST
Space weather is becoming an increasingly critical issue in our growing technological societies, both for civil society and for military applications. With daily effects applying to satellites, communications and electrical installations, and potential damage amounting to several trillion of dollars
In-Band Full-duplex System for Inter-Satellite Link with Independent Transmit and Receive Steerable Antennas – FullSSAT
This 36-month project focuses on the study and design of an IBFD antenna system with TX and RX beamsteering capabilities and with shared radiating elements. The Full-Duplex (FD) or In-Band Full-Duplex (IBFD) technique, which consists of transmitting and receiving at the same time and in the same fr
Coherent dual-comb lidar for underwater applications – RACOON
The RACOON project (Coherent dual-comb lidar adapted to the marine environment) is part of the development of new underwater imaging techniques, both for military applications (threat detection, intrusion, monitoring of sensitive sites, etc.) and civilian (resource detection, submerged works monitor
Phase coding for satellite radar cross section reduction – CHORUS
The CHORUS project is part of the very general context of the control of ElectroMagnetic (EM) waves using artificial surfaces called MetaSurfaces (MS). The latter are thin and made up of arrays of elements interacting with the EM wave and distributed with a periodicity less than one wavelength. MS a
