Argomenti di tesi proposti dal docente.
Argomenti di tesi
1) Measurements of indoor and outdoor Propagation at mm- and THz-frequencies for information and power transmission - Collaboration with Braunschweig Technical University (Germany)
2) Beamforming Techniques for 5G and beyond Communications (related to 1) - MISE Project
3) Caratterizzazione del vantaggio energetico di Veneziane Frangisole Intelligenti - Collaborazione con STAFER S.P.A
4) Measurement of backscattering characteristics of common surfaces for Visible Light Communications
5) Theoretical and Experimental Investigation of backscattering from vechicles and Drones for 5G communications and security
6) Channel Modeling for Wireless Network on-Chip at Optical Frequency
7) Characterization of Material parameters at different frequencies using Fabry-Pérot resonance and other methods. Collaborations with Universidad Politécnica de Cartagena (Spain)
8) Fully discrete Ray launching with parallelization on the GPU – Collaboration with Polaris Wireless Inc.
9) Characterization of Material parameters of a slab using Frabry-Perot resonance
10) Assessment of Over-Roof-Top Models for Urban Propagation
11) Propagation Analysis for Wireless Backhauling in Non Line of Sight for 5G Cellular Networks
12) Evaluation of Line of Sight Probability in Urban Environment for Wireless Communications
Ultime tesi seguite dal docente
Tesi di Laurea
- Messa a punto di sistemi automatizzati per misure di canale radio
- Studio della propagazione Air-to-Street a onde millimetriche in ambiente urbano
- Studio della propagazione radio MIMO in scenari street-intersection
- Studio di modelli a raggi per Superfici Intelligenti Riconfigurabili
- uso di tecniche di machine learning per valutazioni di copertura wireless in ambiente urbano
Tesi di Laurea Magistrale
- Caratterizzazione sperimentale della propagazione indoor-to-outdoor in ambiente industriale ad onde millimetriche
- Electromagnetic and thermal characterization of a smart wall with embedded antennas and cables
- Ray-Tracing Modelling and Simulation of Radio Scattering from Complex Objects for Passive Radar Applications
- Soluzioni per coperture wireless in ambiente indoor con l'ausilio di superfici intelligenti riconfigurabili