P. Berges
Papers
2
Total Citations
25
H-Index
2
About
P. Berges is a researcher whose work focuses on the mechanics and control of legged robot locomotion, with a particular emphasis on impact dynamics. Their major contributions lie in developing energy-based frameworks to analyze and model discrete impacts, a critical challenge in achieving stable and efficient robotic movement. By combining rigid and deformable body approaches within a work-energy context, Berges has provided novel methods for understanding how robots interact with their environment during locomotion. Their most-cited paper, "Rebound, Slip, and Compliance in the Modeling and Analysis of Discrete Impacts in Legged Locomotion" (2006), with 18 citations, introduces a comprehensive approach to three-dimensional multi-legged locomotion, addressing the complex interplay of rebound, slip, and compliance. Additionally, their work "Impact Forces in Legged Robot Locomotion" (2006, 7 citations) explores optimal configurations to minimize energy loss during impacts, such as achieving sticking conditions. These contributions are foundational for researchers and students interested in biomechanics, robotics, and control systems, offering practical insights into designing more resilient and efficient legged robots.
Research Focus
Key Achievements
Top Papers
- 1
- 2Impact Forces in Legged Robot Locomotion7 citations · 2006