Load Balancing and Fault Tolerance in Workstation Clusters Migrating Groups of Communicating Processes. - Stefan Petri; Horst Langendörfer (ACM SIGOPS Oper. Syst. Rev., 1995)

Load Management for Load Balancing on Heterogeneous Platforms: A Comparison of Traditional and Neural Network Based Approaches. - Bettina Schnor; Stefan Petri; Horst Langendörfer (Euro-Par, Vol. II, 1996)

Evaluation of Multicast Methods to Maintain a Global Name Space for Transparent Process Migration in Workstation Clusters. - Stefan Petri; Bettina Schnor; Matthias Becker; Bernd Hinrichs; Titus Tscharntke; Horst Langendörfer (Kommunikation in Verteilten Systemen, 1997)

Lastausgleich und Fehlertoleranz in Workstation-Clustern. - Stefan Petri (Shaker, 1997)

Scalability of Multicast Based Synchronization Methods. - Bettina Schnor; Stefan Petri; Matthias Becker (EUROMICRO, 1998)

Migration and Rollback Transparency for Arbitrary Distributed Applications in Workstation Clusters. - Stefan Petri; Matthias Bolz; Horst Langendörfer (IPPS/SPDP Workshops, 1998)

A Common Framework for Transparent Checkpointing, Replication and Migration in Clusters. - Stefan Petri (ARCS Workshops, 1999)

Using On-line Job Monitoring for Dynamic Load Balancing of Parallel Applications. - Bettina Schnor; Stefan Petri (PDPTA, 1999)

FANTOMAS: Fault Tolerance for Mobile Agents in Clusters. - Holger Pals; Stefan Petri; Claus Grewe (IPDPS Workshops, 2000)

Architecture and Implementation of the Socket Interface on Top of GAMMA. - Lars Schneidenbach; Bettina Schnor; Stefan Petri (LCN, 2003)

Physically constrained generative adversarial networks for improving precipitation fields from Earth system models. - Philipp Hess; Markus Drüke; Stefan Petri; Felix M. Strnad; Niklas Boers (Nat. Mac. Intell., 2022)

A Fast MPI-Based Distributed Hash-Table as Surrogate Model for HPC Applications. - Max Lübke; Marco De Lucia; Stefan Petri; Bettina Schnor (ICCS (4), 2025)

A fast MPI-based Distributed Hash-Table as Surrogate Model demonstrated in a coupled reactive transport HPC simulation. - Max Lübke; Marco De Lucia; Stefan Petri; Bettina Schnor (CoRR, 2025)