Ricerca e Terza missione Laboratori e gruppi di ricerca-oldMicroelectronics Systems Design Lab.EDUCATIONPhD

PhD

The laboratory has so far contributed to the Section "ELECTRONIC SYSTEMS ENGINEERING" of the PhD School on: ELECTRONIC TECHNOLOGIES FOR INFORMATION ENGINEERING.

Currently, the MSD Lab is contributing to the Section "ELECTRONICS, ELECTROMAGNETISM and ELECTROTECHNICS" of the PhD School on: INFORMATION ENGINEERING

 

The following theses have been defended by the PhD students of our lab:

• "Digital Systems for Broad Bandwidth Signal Processing" (defended by Stefano Ricci)
• "CAD Design and Manufacturing Technologies for Piezoelectric Transducers" (defended by Emiliano Maione)
• " Multi-Channel System for Real-Time Processing of Ultrasound Signals" (defended by Enrico Boni)
• "Development and Applications of a Range-Doppler Ultrasound System" (defended by Giacomo Bambi)
• "Ultrasound System for Vascular Mechanics Investigations" (defended by Tiziano Morganti)
• "3D Dynamic Ultrasonic Model of Pathologic Arteries - Application to the Assessment of Arterial Wall Mechanical Parameters" (defended by Simone Balocco)
• "Design and Implementation of the Digital Section for a Novel Programmable Ultrasound Echograph" (defended by Luca Bassi)
• "Hardware and Firmware for an Ultrasound Imaging System" (defended by Alessandro Dallai)
• "Design and Implementation of Experimental set-ups for Ultrasound Contrast Agents Characterization" (defended by Francesco Guidi)
• "Development of a New Acoustico-Optical System for Ultrasound Contrast Agents Characterization" (defended by Riccardo Mori)
• "Design and Implementation of a Broad Bandwidth Acquisition Board for a Programmable Echograph" (defended by Andrea Cellai)
• "Development of Novel Ultrasound Imaging and Doppler Applications on Echographic Research Platform" (defended by Lorenzo Francalanci)
• "Simulation in nonlinear ultrasound. Application to nonlinear parameter imaging in echo mode configuration" (defended by François Varray)
• "Development of novel ultrasound techniques for imaging and elastography - from simulation to real-time implementation" (defended by Alessandro Ramalli)
• "Metodi di calcolo automatico per la misura di parametri morfologici e emodinamici tramite ultrasuoni" (defended by Andrea Lombardi)
• "Study and optimization of 2D matrix arrays for 3D ultrasound imaging" (defended by Bakary Diarra)
• "New beamforming strategy for improved ultrasound imaging : application to biological tissues non linear imaging" (defended by Matthieu Toulemonde)
• "Development and validation of innovative ultrasound flow imaging methods"(defended by Matteo Lenge)
• "High framerate imaging of ultrasound contrast agents" (defended by Jacopo Viti)
• "Development of real-time software and firmware for a new ultrasound research platform" (defended by Gabriele Giannini)
• "Novel ultrasound Doppler methods for blood flow characterization" (defended by Riccardo Matera)
• "2D sparse array optimization and operating strategy for real-time 3D ultrasound imaging" (defended by Emmanuel Roux) 
• "Novel Ultrasound Imaging Techniques" (defended by Valentino Meacci)
• "2D and 3D multispectral photoacoustic imaging" (defened by Aneline Dolet)
• "Development of methods and electronic circuits for ultrasound imaging based on innovative probes" (defended by Paolo Mattesini)
• “Development and validation of novel approaches for real-time ultrasound vector velocity measurements” (defended by Stefano Rossi)
• “Ultrafast Ultrasound Imaging for Simultaneous 2D Wall and Flow Motion of the Abdominal Aorta” (defended by Nina Ghigo)