This paper presents an energy-ecient biped walking method that has been implemented in a low-cost humanoid platform, PINO, for various research purposes. For biped walking robots ...
Fuminori Yamasaki, Ken Endo, Minoru Asada, Hiroaki...
— In this paper, we propose a control system that changes the compliance based on the walking speed to stabilize biped walking on rough terrain. The proposed system does not use ...
— It is generally accepted that locomotion in animals is based on a trade-off between energy consumption and stability. However, this trade-off is the result of the interaction b...
Abstract— We present successful control strategies for dynamically stable robots that avoid low ceilings and other vertical obstacles in a manner similar to limbo dances. Given t...
In this paper, we compare the performance of hierarchical GP methods (Automatically Defined Functions, Module Acquisition, Adaptive Representation through Learning) with the canon...