Secure Cloud Reference Architectures for Measuring Instruments under Legal Control. - Alexander Oppermann; Jean-Pierre Seifert; Florian Thiel (CLOSER (1), 2016)

Secure Cloud Computing: Multithreaded Fully Homomorphic Encryption for Legal Metrology. - Alexander Oppermann; Artem Yurchenko; Marko Esche; Jean-Pierre Seifert (ISDDC, 2017)

Secure Cloud Computing: Communication Protocol for Multithreaded Fully Homomorphic Encryption for Remote Data Processing. - Alexander Oppermann; Federico Grasso Toro; Artem Yurchenko; Jean-Pierre Seifert (ISPA/IUCC, 2017)

Anomaly Detection Approaches for Secure Cloud Reference Architectures in Legal Metrology. - Alexander Oppermann; Federico Grasso Toro; Florian Thiel; Jean-Pierre Seifert (CLOSER, 2018)

Secure Cloud Computing: Risk Analysis for Secure Cloud Reference Architecture in Legal Metrology. - Alexander Oppermann; Marko Esche; Florian Thiel; Jean-Pierre Seifert (FedCSIS, 2018)

Secure cloud computing: Continuous anomaly detection approach in legal metrology. - Alexander Oppermann; Federico Grasso Toro; Florian Thiel; Jean-Pierre Seifert (I2MTC, 2018)

Secure Cloud Computing: Reference Architecture for Measuring Instrument under Legal Control. - Alexander Oppermann; Federico Grasso Toro; Florian Thiel; Jean-Pierre Seifert (Secur. Priv., 2018)

Toward Digital Transformation of Processes in Legal Metrology for Weighing Instruments. - Alexander Oppermann; Samuel Eickelberg; John Exner (FedCSIS, 2020)

Digital Transformation in Legal Metrology: An Approach to a Distributed Architecture for Consolidating Metrological Services and Data. - Alexander Oppermann; Samuel Eickelberg; John Exner (ISM@FedCSIS, 2020)

Secure cloud computing in legal metrology. - Alexander Oppermann (2020)

Digital Transformation in Metrology: Building a Metrological Service Ecosystem. - Alexander Oppermann; Samuel Eickelberg; John Exner; Thomas Bock; Matthias Bernien; Rolf Niepraschk; Wiebke Heeren; Oksana Baer; Clifford Brown (ISM, 2021)