Inverter Diagnosis Based on Fault Model Analysis. - Andrea Bernieri; Claudio De Capua; Antonio Pietrosanto (EUROSIM, 1992)

A measurement system based on magnetic sensors for nondestructive testing. - Andrea Bernieri; Giovanni Betta; Guglielmo Rubinacci; Fabio Villone (IEEE Trans. Instrum. Meas., 2000)

Characterization of an eddy-current-based system for nondestructive testing. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno (IEEE Trans. Instrum. Meas., 2002)

Improving nondestructive testing probe performance by digital processing techniques. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno (IEEE Trans. Instrum. Meas., 2003)

A biaxial probe for nondestructive testing on conductive materials. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca (IEEE Trans. Instrum. Meas., 2004)

An automated self-calibrated instrument for nondestructive testing on conductive materials. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca (IEEE Trans. Instrum. Meas., 2004)

SVM-based approach for instrument fault accomodation in automotive systems. - Giovanni Betta; Andrea Bernieri; Domenico Capriglione; Mario Molinara (VECIMS, 2005)

Crack Shape Reconstruction in Eddy Current Testing Using Machine Learning Systems for Regression. - Andrea Bernieri; Luigi Ferrigno; Marco Laracca; Mario Molinara (IEEE Trans. Instrum. Meas., 2008)

A novel biaxial probe implementing multifrequency excitation and SVM processing for NDT. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca (I2MTC, 2013)

Crack Depth Estimation by Using a Multi-Frequency ECT Method. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca (IEEE Trans. Instrum. Meas., 2013)

Multifrequency Excitation and Support Vector Machine Regressor for ECT Defect Characterization. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca; Stefano Mastrostefano (IEEE Trans. Instrum. Meas., 2014)

ECT probe improvement for in-service non-destructive testing on conductive materials. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca; Antonio Rasile (I2MTC, 2018)

Characterization of a TMR Sensor for EC-NDT Applications. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca; Antonio Rasile (Sensors, 2018)

Improvement of the Frequency Behavior of an EC-NDT Inspection System. - Andrea Bernieri; Giovanni Betta; Luigi Ferrigno; Marco Laracca; Antonio Rasile (Sensors, 2018)

Experimental Comparison of Extrapolation Techniques for 24-Hours Electromagnetic Fields Human Exposure Evaluation to UMTS and LTE Base Stations. - Andrea Bernieri; Giovanni Betta; Gianni Cerro; Gianfranco Miele; Domenico Capriglione (M&N, 2019)

Eddy Current Testing Probe Based on Double-Coil Excitation and GMR Sensor. - Andrea Bernieri; Luigi Ferrigno; Marco Laracca; Antonio Rasile (IEEE Trans. Instrum. Meas., 2019)

LTE Human Exposure Evaluation: Maximum RF Field Strength Extrapolation Technique Repeatability Analysis. - Andrea Bernieri; Giovanni Betta; Domenico Capriglione; Gianni Cerro; Gianfranco Miele; Marzia Salone D'Amata (IEEE Trans. Instrum. Meas., 2021)

Use of Magnetic Positioning Systems in Industrial and Biomedical Applications. - Andrea Bernieri; Gianni Cerro; Luigi Ferrigno; Marco Laracca; Filippo Milano (IEEE Instrum. Meas. Mag., 2022)

A test bed for in-laboratory calibration of optical-based speedometers. - Andrea Bernieri; G. Iannitti; Marco Laracca; Gianfranco Miele; Silvia Sangiovanni (I2MTC, 2023)

An Eddy Current Probe for the Detection of Subsuperficial Defects of Any Orientation. - Federico Carere; Alessandro Sardellitti; Andrea Bernieri; Luigi Ferrigno; Silvia Sangiovanni; Marco Laracca (IEEE Trans. Instrum. Meas., 2024)

An improvement in defect detection through integration of Rotating Eddy Currents and multi-tone excitation. - Federico Carere; Alessandro Sardellitti; Silvia Sangiovanni; Andrea Bernieri; Marco Laracca (I2MTC, 2025)

A Novel Method for Transformer Diagnosis Based on Load Profiling: a Preliminary Analysis. - Antonio Nardone; Luca Tari; Federico Molinaro; Andrea Bernieri; Luigi Ferrigno; Francesco Coratti (MetroInd4.0 & IoT, 2025)