Dissertation topics suggested by the teacher.
Thesis topics
1) Macroscopic Modeling of Reconfigurable Intelligent Surfaces for propagation optimization and signal processing
2) Performance evaluation of Reconfigurable Intelligent Surfaces in Urban Environment using ray-based models
3) Study of Intelligent Walls using metamaterials and metasurfaces for the control of propagation in indoor environment
4) Propagation, channel modeling and localization in vehicular environment; dynamic ray tracing
5) Experimental and optimization studies for phase-coherent ray tracing
6) Measurements of indoor and outdoor Propagation at mm- and THz-frequencies for information and power transmission - Collaboration with Braunschweig Technical University (Germany)
7) Characterization of air-to-ground and satellite-to-ground propagation in urban areas
8) Use of Machine Learning for Propagation Prediction
9) Characterization of construction material at mm-wave frequencies. Collaboration with Universidad Politécnica de Cartagena (Spain) and Durham University (UK)
10) RF sensing of waste and/or human gestures using electromagnetic backscattering and Machine Learning. Collaboration with VTT, Finland and with NIST, USA
Recent dissertations supervised by the teacher.
First cycle degree programmes dissertations
- Measurement of millimeter waves propagation through floors
- Misure di campo automatizzate in dominio tridimensionale
- Misure di propagazione a onde millimetriche per ambiente urbano e veicolare
Second cycle degree programmes dissertations
- Urban Propagation Modeling for next-generation Non-Terrestrial Networks
