Michele Guardiani

The thesis title was "Machine Learning for FMCW Radar Processing with Uncalibrated Arrays", the main focus has been on Angle of Arrival estimation for uncalibrated antenna arrays. Machine learning techniques have been explored, designed, and implemented for both the learning of the array response and the learning of a direct estimator for the direction of arrival of impinging signals.

Working Student on Radar signal processing

Substitute Teacher for 9th, 10th, 11th graders in Electronics and Electrical Engineering, Communication Engineering, Informatics and Technical Drawing at "IPSIA G. Giorgi" which is a Professional Technical High School in Verona, Italy.

Assess and quantify the correlation between the throughput and the RSRP, RSRQ, RSSI values with Adant’s reconfigurable antenna for different configurations. The goal was to develop a cost function for the selection of the best combination of antenna patterns that maximizes throughput.

duration includes leave of absense for personal issues.