Ensuring Genuineness for Selectively Disclosed Confidential Data Using Distributed Ledgers: Applications to Rail Wayside Monitoring. - Matthias Lohr; Jonathan Hund; Jan Jürjens; Steffen Staab (Blockchain, 2019)

Maintenance of Long-Living Smart Contracts. - Matthias Lohr; Sven Peldszus (Software Engineering (Workshops), 2020)

Cost Fairness for Blockchain-Based Two-Party Exchange Protocols. - Matthias Lohr; Benjamin Schlosser; Jan Jürjens; Steffen Staab (IACR Cryptol. ePrint Arch., 2021)

Formalizing Cost Fairness for Two-Party Exchange Protocols using Game Theory and Applications to Blockchain. - Matthias Lohr; Kenneth Skiba; Marco Konersmann; Jan Jürjens; Steffen Staab (ICBC, 2022)

Replication Package of "Evaluation Methods and Replicability of Software Architecture Research Objects". - Marco Konersmann; Angelika Kaplan; Thomas Kühn 001; Robert Heinrich; Anne Koziolek; Ralf H. Reussner; Jan Jürjens; Mahmood al-Doori; Nicolas Boltz; Marco Ehl; Dominik Fuchß; Katharina Großer; et al. (ICSA Companion, 2022)

Ensemble and Multimodal Approach for Forecasting Cryptocurrency Price. - Zeyd Boukhers; Azeddine Bouabdallah; Matthias Lohr; Jan Jürjens (CoRR, 2022)

Formalizing Cost Fairness for Two-Party Exchange Protocols using Game Theory and Applications to Blockchain (Extended Version). - Matthias Lohr; Kenneth Skiba; Marco Konersmann; Jan Jürjens; Steffen Staab (CoRR, 2022)

Evaluation Methods and Replicability of Software Architecture Research Objects. - Marco Konersmann; Angelika Kaplan; Thomas Kühn 001; Robert Heinrich; Anne Koziolek; Ralf H. Reussner; Jan Jürjens; Mahmood al-Doori; Nicolas Boltz; Marco Ehl; Dominik Fuchß; Katharina Großer; et al. (Software Engineering, 2023)

Fast, Favorable, and Fair Blockchain-based Exchange of Digital Goods using State Channels. - Matthias Lohr; Sven Peldszus; Jan Jürjens; Steffen Staab (ICBC, 2024)

Decentralized Fair Data Exchange with Minimal Mutual Trust using Distributed Ledgers. - Matthias Lohr (2024)

Fast, Favorable, and Fair Blockchain-based Exchange of Digital Goods using State Channels - Replication Package. - Matthias Lohr; Sven Peldszus; Jan Jürjens; Steffen Staab (Zenodo, 2024)