| 2026 | ICSoft | From Requirement Engineering Analysis to Real Implementations: The GOReM Methodology Case Study. | Alfredo Cuzzocrea, Alfredo Garro |
| 2023 | SIMULTECH | A Topic-Based Data Distribution Management for HLA. | Alberto Falcone, Alfredo Garro |
| 2018 | WETICE | A Model-Driven Method to Enable the Distributed Simulation of BPMN Models. | Alfredo Garro, Alberto Falcone, Andrea D'Ambrogio, Andrea Giglio |
| 2017 | WSC | An introduction to developing federations with the High Level Architecture (HLA). | Alberto Falcone, Alfredo Garro, Anastasia Anagnostou, Simon J. E. Taylor |
| 2016 | RE | ResDevOps: A Software Engineering Framework for Achieving Long-Lasting Complex Systems. | Angelo Furfaro, Teresa Gallo, Alfredo Garro, Domenico Sacc, Andrea Tundis |
| 2015 | PADS | A Prototype HLA Development Kit: Results from the 2015 Simulation Exploration Experience. | Alfredo Garro, Alberto Falcone, Nauman R. Chaudhry, Omar-Alfred Salah, Anastasia Anagnostou, Simon J. E. Taylor |
| 2015 | SIN | An analytical processing approach to supporting cyber security compliance assessment. | Francesco Buccafurri, Lidia Fotia, Angelo Furfaro, Alfredo Garro, Matteo Giacalone, Andrea Tundis |
| 2012 | SIMULTECH | Enhancing the RAMSAS Method for System Reliability Analysis - An Exploitation in the Automotive Domain. | Alfredo Garro, Andrea Tundis |
| 2011 | SIMULTECH | A Model-driven Architecture Approach for Agent-based Modeling and Simulation. | Alfredo Garro, Francesco Parisi, Wilma Russo |
| 2011 | SIMULTECH | A Process Based on the Model-Driven Architecture to Enable the Definition of Platform-Independent Simulation Models. | Alfredo Garro, Francesco Parisi, Wilma Russo |
| 2009 | HPDC | Distributed architectures for surrogate clustering in CDNs: a simulation-based analysis. | Giancarlo Fortino, Alfredo Garro, Samuele Mascillaro, Wilma Russo, Marino Vaccaro |
| 2006 | SAC | From modeling to enactment of distributed workflows: an agent-based approach. | Giancarlo Fortino, Alfredo Garro, Wilma Russo |
| 2003 | CoopIS | X-Learn: An XML-Based, Multi-agent System for Supporting "User-Device" Adaptive E-learning. | Pasquale De Meo, Alfredo Garro, Giorgio Terracina, Domenico Ursino |