Analysis of EME produced by a microcontroller operation. - Franco Fiori; Francesco Musolino (DATE, 2001)

Comparison of IC conducted emission measurement methods. - Franco Fiori; Francesco Musolino (IEEE Trans. Instrum. Meas., 2003)

A Simulation-Based Black-Box Microcontroller Model for EME Prediction. - Yamarita Villavicencio; Francesco Musolino; Franco Fiori (IEICE Trans. Commun., 2010)

Electrical Model of Microcontrollers for the Prediction of Electromagnetic Emissions. - Yamarita Villavicencio; Francesco Musolino; Franco Fiori (IEEE Trans. Very Large Scale Integr. Syst., 2011)

A Coopetitive Approach to Financial Markets Stabilization and Risk Management. - David Carfi; Francesco Musolino (IPMU (4), 2012)

Game Theoretic Modeling of Horizontal Supply Chain Coopetition among Growers. - Tiru S. Arthanari; David Carfì; Francesco Musolino (IGTR, 2015)

Interference of Spread-Spectrum Switching-Mode Power Converters and Low-Frequency Digital Lines. - Francesco Musolino; Paolo Stefano Crovetti (ISCAS, 2018)

Interference of Spread-Spectrum Modulated Disturbances on Digital Communication Channels. - Francesco Musolino; Paolo Stefano Crovetti (IEEE Access, 2019)

Relaxation Digital-to-Analog Converter with Foreground Digital Self-Calibration. - Paolo Stefano Crovetti; Roberto Rubino; Francesco Musolino (ISCAS, 2020)

FPGA-Based Relaxation D/A Converters With Parasitics-Induced Error Suppression and Digital Self-Calibration. - Roberto Rubino; Paolo Stefano Crovetti; Francesco Musolino (IEEE Trans. Circuits Syst. I Regul. Pap., 2021)

Re-Thinking Analog Integrated Circuits in Digital Terms: A New Design Concept for the IoT Era. - Pedro Toledo; Roberto Rubino; Francesco Musolino; Paolo Crovetti (IEEE Trans. Circuits Syst. II Express Briefs, 2021)

A 0.01mm2, 0.4V-VDD, 4.5nW-Power DC-Coupled Digital Acquisition Front-End Based on Time-Multiplexed Digital Differential Amplification. - Paolo Crovetti; Roberto Rubino; Pedro Toledo; Francesco Musolino; Hamilton Klimach; Yong Chen 005; Anna Richelli (ESSCIRC, 2022)

Relaxation Digital-to-Analog Converter with Radix-based Digital Correction. - Roberto Rubino; Francesco Musolino; Paolo Crovetti (ISCAS, 2022)

Emerging Relaxation and DDPM D/A Converters: Overview and Perspectives. - Paolo Crovetti; Roberto Rubino; Ahmed Abdullah; Francesco Musolino (MWSCAS, 2022)

Software-Defined DDPM Modulators for D/A Conversion by General-Purpose Microcontrollers. - Ahmed Abdullah; Francesco Musolino; Paolo Crovetti (IEEE Access, 2022)

Low-Voltage, Low-Area, nW-Power CMOS Digital-Based Biosignal Amplifier. - Pedro Toledo; Paolo Stefano Crovetti; Hamilton Duarte Klimach; Francesco Musolino; Sergio Bampi (IEEE Access, 2022)

A Novel Quasi-Resonant Battery Charger for Photovoltaic Applications. - Stefano Cerutti; Francesco Musolino; Paolo Stefano Crovetti (EUROCON, 2023)

A 880 nW, 100 kS/s, 13 bit Differential Relaxation-DAC in 180 nm. - Roberto Rubino; Francesco Musolino; Yong Chen 005; Anna Richelli; Paolo Crovetti (PRIME, 2023)

Limit-Cycle Free, Digitally-Controlled Boost Converter Based on DDPWM. - Ahmed Abdullah; Francesco Musolino; Paolo Stefano Crovetti (IEEE Access, 2023)

VR Interface vs Desktop to Convey Quality of Outerwear: A Comparative Study. - Dario Gentile; Francesco Musolino; Fabio Vangi; Michele Fiorentino 001 (VR Workshops, 2024)

Design of Experiment for Evaluation of Anomalous Environments for Product Visualization in Virtual Reality. - Francesco Musolino; Dario Gentile; Fabio Vangi; Michele Fiorentino 001 (VR Workshops, 2024)

Modeling and Design of a Zero-Voltage Switching Battery Charger for Photovoltaic Applications. - Stefano Cerutti; Francesco Musolino; Paolo Stefano Crovetti (IEEE Access, 2024)

Design of a Hybrid High Resolution Digital PWM for a Smart Power Point-of-Load Power Converter. - Neha Dalal; Matteo Landini; Paolo Vilmercati; Francesco Musolino; Paolo Stefano Crovetti (ISCAS, 2025)

Relaxation Digital-to-Analog Converters Featuring Self-Calibration and Parasitics-Induced Error Suppression in 180-nm CMOS. - Roberto Rubino; Francesco Musolino; Pedro Toledo; Yong Chen 005; Anna Richelli; Paolo Stefano Crovetti (IEEE Access, 2025)