Integration of a Deep Learning-Based Module for the Quantification of Imaging Features into the Filling-in Process of the Radiological Structured Report. - Camilla Scapicchio; Elena Ballante; Francesca Brero; Raffaella Fiamma Cabini; Andrea Chincarini; Maria Evelina Fantacci; Silvia Figini; Alessandro Lascialfari; Francesca Lizzi; Ian Postuma; Alessandra Retico (HEALTHINF, 2023)

Integration and Optimization of XNAT-Based Platforms for the Management of Heterogeneous and Multicenter Data in Biomedical Research. - Camilla Scapicchio; Silvia Arezzini; Maria Evelina Fantacci; Antonino Formuso; Aafke Christine Kraan; Enrico Mazzoni; Sara Saponaro; Maria Irene Tenerani; Alessandra Retico (DATA, 2024)

Explainability Applied to a Deep-Learning Based Algorithm for Lung Nodule Segmentation. - Arman Zafaranchi; Francesca Lizzi; Alessandra Retico; Camilla Scapicchio; Maria Evelina Fantacci (EXPLAINS, 2024)

A Multi-input Deep Learning Model to Classify COVID-19 Pneumonia Severity from Imaging and Clinical Data. - Francesca Lizzi; Francesca Brero; Maria Evelina Fantacci; Alessandro Lascialfari; Gianfranco Paternò; Ian Postuma; Piernicola Oliva; Camilla Scapicchio; Alessandra Retico (IWBBIO (2), 2024)

Deep Learning Denoising of Low-Dose Computed Tomography Using Convolutional Autoencoder: A Phantom Study. - Simone Damiani; Manuela Imbriani; Francesca Lizzi; Mariagrazia Quattrocchi; Alessandra Retico; Sara Saponaro; Camilla Scapicchio; Alessandro Tofani; Arman Zafaranchi; Maria Irene Tenerani; Maria Evelina Fantacci (BIOSTEC (1), 2025)

Use of Radiomics in Low Dose Chest CT: A Proposal for a Phantom Multi-Centric Study. - Maria Irene Tenerani; Silvia Arezzini; Antonino Formuso; Francesca Lizzi; Enrico Mazzoni; Stefania Pallotta; Alessandra Retico; Camilla Scapicchio; Cinzia Talamonti; Maria Evelina Fantacci (BIOSTEC (1), 2025)

2.5D Deep Learning Model with Attention Mechanism for Pancreas Segmentation on CT Scans. - Idriss Cabrel Tsewalo Tondji; Francesca Lizzi; Camilla Scapicchio; Alessandra Retico (BIOSTEC (1), 2025)

Generative super-resolution AI accelerates nanoscale analysis of cells. - Simone Lossano; Simone Capaccioli; Francesca Cella Zanacchi; Eleonora Da Pozzo; Francesca Del Debbio; Maria Evelina Fantacci; Francesca Lizzi; Raffaella Magrassi; Benedetta Noferi; Dario Pisignano; Camilla Scapicchio; Alessandra Retico (Mach. Learn. Sci. Technol., 2025)