Friedrich M. Rockenbauer

Papers

Total Citations

145

H-Index

About

Friedrich M. Rockenbauer is pioneering the next generation of autonomous robots for extreme environments, with a focus on aerial-aquatic systems and planetary exploration. His most impactful work, "Dipper: A Dynamically Transitioning Aerial-Aquatic Unmanned Vehicle" (71 citations), tackles the grand challenge of creating a single robotic platform capable of seamless, controlled motion across air and water—a feat that could revolutionize search-and-rescue, environmental monitoring, and multi-domain operations. Rockenbauer is also at the forefront of vision-based navigation for space exploration. His highly cited 2022 study on event camera-based odometry (69 citations) demonstrates how these novel sensors, with their resilience to motion blur and low-light performance, can enable robust visual-inertial odometry for future Mars helicopter missions. Extending this work, his recent 2024 paper on cooperative informative path planning addresses the critical need for efficient, safe traversal of unknown Martian terrain using multi-agent systems. By merging bio-inspired locomotion with cutting-edge perception, Rockenbauer is laying the groundwork for robots that can autonomously explore the most inaccessible places on Earth and beyond.