Eulalia Balestrieri

Her research focuses on electrical and electronic measurements, including the development and metrological characterization of measurement methods and systems, signal and image acquisition and processing, and measurement uncertainty evaluation. It encompasses the characterization of analog-to-digital and digital-to-analog converters, compressed sensing and spectral analysis techniques, and distributed measurement systems.

In the biomedical field, her research addresses instrumentation and calibration procedures for non-invasive blood pressure measurement, wearable and connected systems for physiological monitoring, and image processing for the automated measurement of blood cell morphology, including machine learning approaches.

In structural testing, her research includes the development and metrological assessment of low-cost vision systems for non-contact, multipoint measurements aimed at characterizing the dynamic behaviour of structures. Other activities concern drone-based measurement systems and methods for the physical monitoring and diagnosis of communication networks.

Recent research also explores the relationships between metrology, privacy and cybersecurity, investigating approaches to privacy assessment grounded in metrological principles and methods for evaluating vulnerabilities in analog-to-digital converters. Her work also includes contributions to the development and harmonization of international standards for data converters, electronic instrumentation and biomedical measurements.