Gerald Schweiger

Papers

Total Citations

H-Index

About

Gerald Schweiger is a leading researcher at the intersection of co-simulation, cyber-physical systems, and smart control for fail-operational architectures. His work is pivotal in advancing the Functional Mock-Up Interface (FMI) standard, the most widely adopted framework for co-simulation across engineering domains. Schweiger’s major contribution lies in enhancing the portability and interoperability of simulation environments. His highly cited paper, “Portable runtime environments for Python-based FMUs: Adding Docker support to UniFMU” (2021, 3 citations), introduces a novel method to containerize Functional Mock-Up Units using Docker, enabling seamless integration of Python-based models into diverse co-simulation workflows. This innovation significantly reduces deployment barriers for complex, multi-tool simulations. Additionally, his research on “A Rule-Based Smart Control for Fail-Operational Systems” (2019, 2 citations) addresses critical safety and reliability challenges in autonomous and embedded systems. By developing rule-based control strategies, Schweiger helps ensure system functionality even under failure conditions—a key requirement for modern transportation and industrial automation. His work is essential for researchers and engineers seeking robust, scalable co-simulation solutions and dependable control architectures.