Exploiting Saturable Inductors in SEPIC Regulators. - Giulia Di Capua; Nicola Femia; Nunzio Oliva (SMACD, 2022)

Control-Oriented Optimization of Coil Pair Design in Dynamic WPT Systems for Electrical Vehicles. - Gennaro Di Mambro; Riccardo Antonini; Nunzio Oliva; Luca De Guglielmo; Giulia Di Capua; Nicola Femia; Antonio Maffucci; Salvatore Ventre (SMACD, 2022)

Modeling of Ferrite Inductors Power Loss Based on Genetic Programming and Neural Networks. - Giulia Di Capua; Mario Molinara; Francesco Fontanella; Claudio De Stefano; Nunzio Oliva; Nicola Femia (WIVACE, 2022)

Using Genetic Programming to Learn Behavioral Models of Lithium Batteries. - Giulia Di Capua; Carmine Bourelly; Claudio De Stefano; Francesco Fontanella; Filippo Milano; Mario Molinara; Nunzio Oliva; Francesco Porpora (EvoApplications@EvoStar, 2023)

A Behavioral Model for Lithium Batteries based on Genetic Programming. - Giulia Di Capua; Nunzio Oliva; Filippo Milano; Carmine Bourelly; Francesco Porpora; Antonio Maffucci; Nicola Femia (ISCAS, 2023)

An Analytical Model for Lithium-Ion Batteries Based on Genetic Programming Approach. - Filippo Milano; Giulia Di Capua; Nunzio Oliva; Francesco Porpora; Carmine Bourelly; Luigi Ferrigno; Marco Laracca (MetroAutomotive, 2023)

Mutual Inductance Modeling for the Analysis of the Impact on Wireless Power Transfer Systems. - Giulia Di Capua; Antonio Maffucci; Domenico Capriglione; Gennaro Di Mambro; Nicola Femia; Nunzio Oliva; Luca De Guglielmo (M&N, 2024)

Method, Test Procedure and System for the Experimental Characterization of Power Inductors. - Giulia Di Capua; Nicola Femia; Nunzio Oliva; Luca De Guglielmo (SMACD, 2024)

Behavioral Models for Lithium Batteries Based on Genetic Programming. - Giulia Di Capua; Francesco Porpora; Filippo Milano; Nunzio Oliva; Antonio Maffucci (IEEE Access, 2024)

Machine Learning and Genetic Programming-based behavioral modeling approaches of Li-ion Batteries. - Giulia Di Capua; Mario Molinara; Antonio Maffucci; Francesco Porpora; Nicola Femia; Nunzio Oliva (ISCAS, 2025)