Papers
7
Total Citations
319
H-Index
7
About
Jacob Reher is a leading roboticist whose research bridges the frontiers of bipedal locomotion and assistive prosthetic technology. His work centers on developing the theoretical and algorithmic foundations for dynamic, efficient, and robust walking in both humanoid robots and lower-limb prostheses. Reher’s major contributions include the realization of highly efficient, dynamic walking on the humanoid robot DURUS, a platform he helped design to achieve unprecedented energy economy through optimized electromechanical components and nonlinear control. His most cited work (109 citations) details this breakthrough, while subsequent papers extend these principles to multi-contact locomotion and stair ascent. Critically, Reher translates these robotic advances directly to human benefit: his optimization-based control frameworks have enabled transfemoral prostheses like AMPRO to perform human-like multi-contact walking and seamless motion transitions, with key papers accumulating over 50 citations each. By unifying hybrid system models, control Lyapunov functions, and intent recognition, he has created a systematic methodology that ensures both stability and robustness in real-world cyber-physical systems. Reher’s work stands as a powerful example of how fundamental robotics research can directly enhance human mobility and quality of life.
Research Focus
Key Achievements
Top Papers
- 1Realizing dynamic and efficient bipedal locomotion on the humanoid robot DURUS109 citations · 2016
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