COVID-19 and Company Knowledge Graphs: Assessing Golden Powers and Economic Impact of Selective Lockdown via AI Reasoning. - Luigi Bellomarini; Marco Benedetti; Andrea Gentili; Rosario Laurendi; Davide Magnanimi; Antonio Muci; Emanuel Sallinger (CoRR, 2020)

A PoW-less Bitcoin with Certified Byzantine Consensus. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (CoRR, 2022)

Black-it: A Ready-to-Use and Easy-to-Extend Calibration Kit for Agent-based Models. - Marco Benedetti; Gennaro Catapano; Francesco De Sclavis; Marco Favorito; Aldo Glielmo; Davide Magnanimi; Antonio Muci (J. Open Source Softw., 2022)

Certified Byzantine Consensus with Confidential Quorum for a Bitcoin-derived Permissioned DLT. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (DLT, 2023)

PoW-less Bitcoin with Confidential Byzantine PoA. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (ICBC, 2023)

Impact of Layer-1 Characteristics on Scalability of Layer-2 Semi-Hierarchical Payment Channel Networks. - Marco Benedetti; Francesco De Sclavis; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (DLT, 2024)

Self-Balancing Semi-Hierarchical Payment Channel Networks for Central Bank Digital Currencies. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (PerCom Workshops, 2024)

Self-Balancing Semi-Hierarchical PCNs for CBDCs. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (CoRR, 2024)

An analysis of pervasive payment channel networks for Central Bank Digital Currencies. - Marco Benedetti; Francesco De Sclavis; Marco Favorito; Giuseppe Galano; Sara Giammusso; Antonio Muci; Matteo Nardelli 001 (Comput. Commun., 2025)

Dynamic-FROST: Schnorr threshold signatures with a flexible committee. - Annalisa Cimatti; Francesco De Sclavis; Giuseppe Galano; Sara Giammusso; Michela Iezzi; Antonio Muci; Matteo Nardelli 001; Marco Pedicini (J. Math. Cryptol., 2025)