Eilif Pedersen
Papers
2
Total Citations
39
H-Index
2
About
Eilif Pedersen is a leading researcher in marine systems dynamics, with a primary focus on the modeling and simulation of offshore vessels, cranes, and robotic manipulators in complex maritime operations. His work bridges a critical gap in the field by addressing the often-overlooked dynamics of strong rigid body connections between marine vehicles and their onboard equipment, such as cranes and robotic arms. Pedersen’s most cited paper, “Modeling of Generic Offshore Vessel in Crane Operations” (2016, 24 citations), provides a foundational framework for understanding the coupled dynamics of surface and underwater vehicles during lifting and manipulation tasks. He further advanced the field with his innovative work on flexible modeling and simulation architectures for haptic control of maritime cranes (2013, 15 citations), introducing a modular prototyping system based on the Bond Graph Method. This approach enables researchers to simulate and control cranes and robotic arms with varying kinematic structures in virtual environments, significantly enhancing the safety and efficiency of offshore operations. Pedersen’s contributions are essential for the development of next-generation autonomous and remotely operated maritime systems.
Research Focus
Key Achievements
Top Papers
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