An improved imaging system for hyperspectral analysis of the human iris. - Luca Di Cecilia; Francesco Marazzi; Luigi Rovati (RTSI, 2017)

IOT-Based Measurement System for Wine Industry. - Gianluca Masetti; Francesco Marazzi; Luca Di Cecilia; Luigi Rovati (MetroInd4.0&IoT, 2018)

Spectral Repeatability of a Hyperspectral System for Human Iris Imaging. - Luca Di Cecilia; Francesco Marazzi; Luigi Rovati (RTSI, 2018)

Optical Feedback into a Superluminescent Diode Cavity for Absolute Distance Measurements. - Luigi Rovati; Luca Di Cecilia; Stefano Cattini (I2MTC, 2019)

Comparison of the VLP-16 LiDAR system with an absolute interferometer. - Stefano Cattini; Luigi Rovati; Luca Di Cecilia; Luca Ferrari 002 (I2MTC, 2020)

Optical Characterization of the Beams Generated by 3-D LiDARs: Proposed Procedure and Preliminary Results on MRS1000. - Stefano Cattini; Luca Di Cecilia; Luca Ferrari 002; Luigi Rovati (IEEE Trans. Instrum. Meas., 2020)

On the Feasibility of Absolute Distance Measurement by Using Optical Feedback Into a Superluminescent Diode Cavity. - Luigi Rovati; Luca Di Cecilia; Stefano Cattini (IEEE Trans. Instrum. Meas., 2020)

Comparison of VLP-16 and MRS-1000 LiDAR systems with absolute interferometer. - Davide Cassanelli; Stefano Cattini; Giorgio Di Loro; Luca Di Cecilia; Luca Ferrari 002; Luigi Rovati (MetroAutomotive, 2021)

A Procedure for the Characterization and Comparison of 3-D LiDAR Systems. - Stefano Cattini; Davide Cassanelli; Luca Di Cecilia; Luca Ferrari 002; Luigi Rovati (IEEE Trans. Instrum. Meas., 2021)

Analysis, Quantification, and Discussion of the Approximations Introduced by Pulsed 3-D LiDARs. - Stefano Cattini; Davide Cassanelli; Giorgio Di Loro; Luca Di Cecilia; Luca Ferrari 002; Luigi Rovati (IEEE Trans. Instrum. Meas., 2021)

A simple method for the preliminary analysis and benchmarking of automotive LiDARs in fog. - Davide Cassanelli; Stefano Cattini; Giorgio Di Loro; Luca Di Cecilia; Luca Ferrari 002; Daniele Goldoni; Luigi Rovati (I2MTC, 2022)

LiDARs detected signal and Target distance estimation: measurement errors from Target reflectance and multiple echos. - Davide Cassanelli; Stefano Cattini; Giorgio Di Loro; Luca Di Cecilia; Luca Ferrari 002; Luigi Rovati (MetroAutomotive, 2022)