Ludvig Ekstrom
Papers
1
Total Citations
2
H-Index
1
About
Ludvig Ekstrom is a researcher whose work centers on the stability and reliability of co-simulation for modular systems—a critical challenge in modern engineering where complex, multi-domain systems must be virtually tested before physical deployment. His most-cited paper, "Instability Problems in Co-Simulation of Modular Systems" (2020), tackles the numerical and algorithmic pitfalls that arise when coupling independent simulation tools, offering foundational insights that help engineers avoid costly errors in fields like production engineering, factory automation, and embedded systems. While his citation count is still building, Ekstrom’s contributions are particularly valuable for researchers working at the intersection of control engineering, IoT, and robotics, where accurate co-simulation is essential for designing everything from mobile robots to condition-monitoring systems. His work underscores a deep understanding of how modularity and interoperability affect simulation fidelity, making him a key voice in advancing more robust virtual prototyping methods. For students and engineers alike, Ekstrom’s research provides a practical roadmap for navigating the complexities of co-simulation in increasingly interconnected industrial systems.
Research Focus
Key Achievements
Top Papers
- 1Instability Problems in Co-Simulation of Modular Systems2 citations · 2020