Reduced Order Model Inspired Robotic Bipedal Walking: A Step-to ...

The U-SLIP model is made of a point-mass body subjected to hydrodynamic forces, and a massless leg which can be radially elongated upon contact. Two phases are.







Morphologically induced stability on an underwater legged robot ...
A linear leg damper causes non-zero leg length velocities at TD/TO, which yield discontinuous damping forces. We introduce a bilinear damper.
Inertial and Aerodynamic Tail Steering of a Meso-scale Legged ...
Previous efforts at turning in legged robots primarily have used leg force or velocity modulation. This work presents two novel methods of legged robot turning.
THÈSE - LAAS
Legged robots occupy a special place in the robotics landscape. It might be because among all robots, they are by nature the closest to us due to their ...



Autres Cours:

Design of Robotic Quadruped Legs - CORE