Dissertation topics suggested by the teacher.
Thesis topics
1) Experimental validation of macroscopic models for reconfigurable intelligent surfaces - Collaboration with Aalborg University, Denmark.
2) Performance evaluation of reconfigurable intelligent surfaces in urban environments using ray simulations
3) Study of smart walls with metamaterials and metasurfaces for indoor propagation control
4) Propagation, channel modeling, and localization in vehicular environments; dynamic ray tracing
5) Experimental and optimization studies for phase-coherent ray tracing
6) Measurements and simulation of scattering from vehicles and objects - Collaboration with the Technical Universities of Braunschweig and Ilmenau (Germany)
7) Characterization of satellite-to-ground propagation in urban areas
8) Use of machine learning for ray tracing and propagation prediction
9) Characterization of building materials at millimeter frequencies. Collaboration with the Polytechnic University of Cartagena (Spain) and Durham University (UK)
10) Radiofrequency detection of objects and/or human gestures using electromagnetic scattering and machine learning. Collaboration with NIST, USA.
Recent dissertations supervised by the teacher.
First cycle degree programmes dissertations
- Misure di propagazione a onde millimetriche per ambiente urbano e veicolare
PhD programmes thesis
- Intelligent walls by the use of reconfigurable intelligent surfaces
