Mining approximate temporal functional dependencies with pure temporal grouping in clinical databases. - Carlo Combi; Matteo Mantovani 001; Alberto Sabaini; Pietro Sala; Francesco Amaddeo; Ugo Moretti; Giuseppe Pozzi (Comput. Biol. Medicine, 2015)

Discovering Quantitative Temporal Functional Dependencies on Clinical Data. - Carlo Combi; Matteo Mantovani 001; Pietro Sala (ICHI, 2017)

Approximate Temporal Functional Dependencies on Clinical Data. - Matteo Mantovani 001 (ICHI, 2017)

Mining Compact Predictive Pattern Sets Using Classification Model. - Matteo Mantovani 001; Carlo Combi; Milos Hauskrecht (AIME, 2019)

Discovering and Analyzing Trend-Event Patterns on Clinical Data. - Matteo Mantovani 001; Carlo Combi; Matteo Zeggiotti (ICHI, 2019)

Discovering Evolving Temporal Information: Theory and Application to Clinical Databases. - Pietro Sala; Carlo Combi; Matteo Mantovani 001; Romeo Rizzi (SN Comput. Sci., 2020)

Discovering predictive trend-event patterns in temporal clinical data. - Matteo Mantovani 001; Beatrice Amico; Carlo Combi (SAC, 2021)

Acute Kidney Injury Prediction with Gradient Boosting Decision Trees enriched with Temporal Features. - Stela Golovco; Matteo Mantovani 001; Carlo Combi; John H. Holmes (ICHI, 2022)

FARmAPP: a process-driven solution to prevent and oppose illegal recruitment in agriculture in Northern Italy. - Matteo Mantovani 001; Carlo Combi (ISTAS, 2022)

A BPMN-based Framework to Manage ERAS-inspired Pathway for Patients Undergoing Pancreatic Surgery. - Matteo Mantovani 001; Andrea Caravati; Giuseppe Pozzi; Carlo Combi; Roberto Salvia (ICHI, 2023)

A Migration Framework for Active BPMN Processes in Healthcare. - Matteo Mantovani 001; Emanuele Chini; Carlo Combi (ICHI, 2024)

A Key Performance Indicator to Analyze Swarm Learning Performances with EHR. - Matteo Mantovani 001; Riccardo Scheda; Carlo Combi; Stefano Diciotti (ICHI, 2024)

BEAT - An Agile Design Framework for Telemedicine in Hypertension. - Matteo Mantovani 001; Denise Cosolo; Francesco Pio Anzillotti; Cristiano Fava; Pietro Minuz; Carlo Combi (ICHI, 2025)