OCE-DNS: an innovative Osmotic Computing Enabled Domain Name System. - Antonino Galletta; Christian Sicari; Antonio Celesti; Massimo Villari (CCGRID, 2021)

GAVIN: A new platform for enriching 3D virtual indoor navigation with social-based geotags. - Christian Sicari; Valeria Lukaj; Antonio Celesti; Maria Fazio; Massimo Villari (ISCC, 2021)

An Osmotic Computing Enabled Domain Naming System (OCE-DNS) for distributed service relocation between cloud and edge. - Christian Sicari; Antonino Galletta; Antonio Celesti; Maria Fazio; Massimo Villari (Comput. Electr. Eng., 2021)

A Distributed Peer to Peer Identity and Access Management for the Osmotic Computing. - Christian Sicari; Alessio Catalfamo; Antonino Galletta; Massimo Villari (CCGRID, 2022)

OpenWolf: A Serverless Workflow Engine for Native Cloud-Edge Continuum. - Christian Sicari; Lorenzo Carnevale; Antonino Galletta; Massimo Villari (DASC/PiCom/CBDCom/CyberSciTech, 2022)

TOLERANCER: A Fault Tolerance Approach for Cloud Manufacturing Environments. - Auday Al-Dulaimy; Christian Sicari; Alessandro V. Papadopoulos; Antonino Galletta; Massimo Villari; Mohammad Ashjaei (ETFA, 2022)

Securing Serverless Workflows on the Cloud Edge Continuum. - Gabriele Morabito; Christian Sicari; Lorenzo Carnevale; Antonino Galletta; Giuseppe Di Modica; Massimo Villari (CCGridW, 2023)

TEMA: Event Driven Serverless Workflows Platform for Natural Disaster Management. - Christian Sicari; Alessio Catalfamo; Lorenzo Carnevale; Antonino Galletta; Daniel Balouek-Thomert; Manish Parashar; Massimo Villari (ISCC, 2023)

Event-Driven FaaS Workflows for Enabling IoT Data Processing at the Cloud Edge Continuum. - Christian Sicari; Daniel Balouek; Manish Parashar; Massimo Villari (UCC, 2023)

Digital Humanities and disability: A systematic literature review of cultural accessibility for people with disability. - Maria Pirrone; Marco Centorrino; Antonino Galletta; Christian Sicari; Massimo Villari (Digit. Scholarsh. Humanit., 2023)

Secure-by-design serverless workflows on the Edge-Cloud Continuum through the Osmotic Computing paradigm. - Gabriele Morabito; Christian Sicari; Armando Ruggeri; Antonio Celesti; Lorenzo Carnevale (Internet Things, 2023)