Argomenti di tesi proposti dal docente.
- Measurements of indoor and outdoor Propagation at mm- and THz-frequencies for information and power transmission - Collaboration with Braunschweig Technical University (Germany)
- Beamforming Techniques for 5G and beyond Communications (related to 1)
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Physical Layer Security (PLS)
In collaboration with the Barkausen Institut of Dresden (GE), this activity aims at investigating data encryption techniques based on the physical properties of the propagation channel for secure wireless communications. Possible, specific topics include:
- Radio channel measurements for data encryption
- Ray tracing simulations of attacks to the communication security in PLS applications
- Ultra Wide Band PLS
- RF hardware impact on PLS effectiveness
- Theoretical modelling filterbank key generation
4. Radar and Sensing
Wireless channel investigation for the design of radar and sensing systems for vehicles localization and assistance. Still in collaboration with the Barkausen Institut.
Possible, specific topics include:
- Simulating mm-wave radar for autonomous driving;
- Ray-tracing for radar signals
- Intelligent-radar object recognition
5. Channel Modeling for Wireless Network on-Chip at Optical Frequency
Ultime tesi seguite dal docente
Tesi di Laurea
- Caratterizzazione sperimentale dell'attenuazione da solai ad onde millimetriche.
Tesi di Laurea Magistrale
- A parametric and macroscopic model for bi-lateral metasurfaces.
- An hybrid statistic and deterministic approach to joint communication and sensing
- Analysis of propagation characteristics in optical wireless networks on chip through a ray tracing tool
- Machine learning assessment of line of sight probability in urban environment.
- Performance analysis of different sensing techniques in Cognitive Radio Networks.
- Safe communication protocols in the railway sector: the applicative case of the Cenelec standard EN50159 for a safety related Alstom product
