Theses – VBLab

Industrial Measurement Systems

Use of Artificial Intelligence and hyperspectral imaging for the development of advanced food sorting systems
1. Design and commissioning of a test bench based on Hyperspectral cameras for food sorting
2. Comparsion of AI algorithms for food classification
Data fusion for the combination of laser-based and camera-based geometric measurements of open-forged bars
Design of a vision-based system for the detection of surface characteristics
Industrial IoT and Big Data for the optimization of automotive components
Smart Bolted Joints with Integrated Sensors for Structural Health Monitoring
Mechanical design of a vision system for high-temperature and harsh environments (Advisors: prof Tarabini, prof. Chiariotti, Yuvan Sathya Ravi)

Biomechanics

Use of AI for the classification of corrective insoles’ geometry
Design of a novel measurement system for bike tests in Polimi wind tunnel
Effect of vibration amplitude on the cognitive response of walking subjects
ProFil: Design of an optical fiber measurement system for composite prosthesis monitoring
Modelling the effect of vibration on the human gait
Automatic extraction of traction-related sport shoes’ outsole features (with Scott Sports SA)
Hand-handlebar vibration transmission in gravel and road-race bikes (with Scott Sports SA)
Design and testing of an open loop controller for a shaker aimed at the study of the effect of vibration on human gait

Instrumentation for Space (@MetroSpace Lab, Lecco)

⨏ISPEx Integral-Field Imager and Spectrometer for Planetary Exploration
Supervisor: Prof. Tarabini, Prof. Saggin
RIIFS (Rugged Imaging Infrared Fourier Transform Spectrometer) structural optimization
Supervisor: Prof. Tarabini, Prof. Saggin
RIIFS (Rugged Imaging Infrared Fourier Transform Spectrometer) modeling of the signal in the imaging case
Supervisor: Prof. Tarabini, Prof. Saggin
RIIFS (Rugged Imaging Infrared Fourier Transform Spectrometer) data processing
Supervisor: Prof. Tarabini, Prof. Saggin