FloWare: An Approach for IoT Support and Application Development. - Flavio Corradini; Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001 (BPMDS/EMMSAD@CAiSE, 2021)

Towards a Digital Twin Modelling Notation. - Flavio Corradini; Arianna Fedeli; Andrea Polini; Barbara Re 001 (DASC/PiCom/CBDCom/CyberSciTech, 2022)

DTMN a Modelling Notation for Digital Twins. - Flavio Corradini; Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001 (EDOC Workshops, 2022)

X-IoT: a model-driven approach for cross-platform IoT applications development. - Flavio Corradini; Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001 (SAC, 2022)

Comparison of general-purpose and domain-specific modelling languages in the IoT domain: A case study from the OMiLAB community. - Arianna Fedeli; Nils Beutling; Emanuele Laurenzi; Andrea Polini (BIR Workshops, 2023)

FloWare: a model-driven approach fostering reuse and customisation in IoT applications modelling and development. - Flavio Corradini; Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001 (Softw. Syst. Model., 2023)

X-IoT: a model-driven approach to support IoT application portability across IoT platforms. - Flavio Corradini; Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001; Luca Ruschioni (Computing, 2023)

AOAME4FloWare: ontology-based feature models for context-aware configurations in IoT applications. - Arianna Fedeli; Martin Peraic; Emanuele Laurenzi; Andrea Polini (BIR Workshops, 2024)

Towards a collaborative approach for Digital Twin simulation models comprehension. - Arianna Fedeli; David Azael Manrique Negrin (MoDELS (Companion), 2024)

Waste Management Through Digital Twins and Business Process Modeling. - Amleto Di Salle; Arianna Fedeli; Ludovico Iovino; Leonardo Mariani; Daniela Micucci; Luciana Rebelo; Maria Teresa Rossi (MoDELS (Companion), 2024)

FloBP: a model-driven approach for developing and executing IoT-enhanced business processes. - Arianna Fedeli; Fabrizio Fornari 001; Andrea Polini; Barbara Re 001; Victoria Torres; Pedro Valderas (Softw. Syst. Model., 2024)