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There is a worlwide growing interest in compact and conformable connected devices.
At the same time, electronics with a low environmental impact has become a major issue.
Our research supports this movement and uses a multiphysical approach.
1 - Design and characterization of 2D and 3D antenna systems
- Printed 3D antennas
- AF-SIW antennas
- RF and mmW radiation pattern measurements
2- Design of devices in additive and flexible 2D and 3D printed RF electronics
- Broadband and multiband conformable radiating systems
- RF energy harvesting
- Printed films and papers for the reduction or the increasing of ELM waves transmission
3 - Design and characterization of RF sensors for environment and biology
- Design and test of low energy RF devices for the bacteria growth inhibition
- Impedance spectroscopy bacteria detection in complex media
- Multiphysics modeling of biologic media
- RF instrumentation for microbiology and soil physical studies
4 - Design and simulation of digital transmission systems
Ultra-low power communication systems based on a software approach
