Papers
11
Total Citations
108
H-Index
5
About
Daniel Seidel is a leading robotics researcher specializing in compliantly actuated legged locomotion, with a primary focus on enabling dynamic, efficient movement for space exploration. His core contributions lie in bridging the gap between the low-dimensional Spring Loaded Inverted Pendulum (SLIP) model and high-dimensional articulated robots, demonstrating how mechanical compliance can embody natural, energy-efficient gaits. Seidel’s work on the DLR quadruped “bert” has been pivotal, showing how elastically actuated legs can achieve robust walking and balancing on rough terrain—a critical capability for planetary rovers. His highly-cited 2018 paper (44 citations) on dynamic locomotion gaits established a foundational framework for designing SLIP-like articulated legs. More recently, Seidel has advanced the field through teleoperation experiments for the DLR-ESA Surface Avatar mission, exploring how legged robots can be controlled from the ISS to navigate challenging lunar surfaces. His research also compares reflex-based and Central Pattern Generator (CPG) control strategies for adapting to changing environments, and he has developed novel planning methods for articulated soft quadrupeds. With a growing citation impact and direct applications to space exploration, Seidel is shaping the future of resilient, highly-dynamic robotic systems.
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- 6Planning Natural Locomotion for Articulated Soft Quadrupeds5 citations · 2022
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