This paper presents a passive dynamic walking model with segmented feet. The model extends the Simplest Walking Model with the addition of flat feet and torsional springs based compliance on ankle joints and toe joints, to achieve stable walking on a slope driven by gravity. The push-off phase includes foot rotations around toe joint and around toe tip, which shows a great resemblance to human normal walking. The segmented foot model is compared with single rigid foot model in simulations to study the advantages of adding toe joints to passive dynamic walkers. We investigate the effects of segmented foot structure on dynamic bipedal walking. Experimental results show that the model achieves efficient and stable walking on even or uneven slo...
This paper investigates three-dimensional quasi-passive dynamic bipedal walking on level ground with...
One of the main challenges in the design of human-like walking robots (useful for service or enterta...
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...
Passive dynamic walking has been developed as a possible explanation for the efficiency of the human...
This paper presents a bipedal locomotion model for passive dynamic walking with flat feet and compli...
Dynamic walking approach has got its significance because of its energy efficiency in walking.\ud Wa...
This paper formulates the mathematical model of a biped that is capable of dynamic walking gaits. Th...
We demonstrate that an irreducibly simple, uncontrolled, 2D, two-link model, vaguely resembling huma...
The concept of “passive dynamic walking robot” refers to the robot that can walk down a shallow slop...
This paper presents a limit cycle walking model with segmented feet. We add adaptable ankle and join...
This paper presents a seven-link dynamic walking model that is more close to human beings than other...
This paper presents a seven-link dynamic walking model that is more close to human beings. We add hi...
In human walking, toes play an important role in supporting the body and controlling the forward mot...
Passive dynamic walkers exhibit stable human-like walking on inclined planes. The simplest model of ...
One of the methods known to stabilize a passive dynamic walk is to restrict a hip joint angle. The h...
This paper investigates three-dimensional quasi-passive dynamic bipedal walking on level ground with...
One of the main challenges in the design of human-like walking robots (useful for service or enterta...
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...
Passive dynamic walking has been developed as a possible explanation for the efficiency of the human...
This paper presents a bipedal locomotion model for passive dynamic walking with flat feet and compli...
Dynamic walking approach has got its significance because of its energy efficiency in walking.\ud Wa...
This paper formulates the mathematical model of a biped that is capable of dynamic walking gaits. Th...
We demonstrate that an irreducibly simple, uncontrolled, 2D, two-link model, vaguely resembling huma...
The concept of “passive dynamic walking robot” refers to the robot that can walk down a shallow slop...
This paper presents a limit cycle walking model with segmented feet. We add adaptable ankle and join...
This paper presents a seven-link dynamic walking model that is more close to human beings than other...
This paper presents a seven-link dynamic walking model that is more close to human beings. We add hi...
In human walking, toes play an important role in supporting the body and controlling the forward mot...
Passive dynamic walkers exhibit stable human-like walking on inclined planes. The simplest model of ...
One of the methods known to stabilize a passive dynamic walk is to restrict a hip joint angle. The h...
This paper investigates three-dimensional quasi-passive dynamic bipedal walking on level ground with...
One of the main challenges in the design of human-like walking robots (useful for service or enterta...
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...