After the discussion of the model of human locomotion, we laid emphasis on the study of the stability of human locomotion in this paper. On the basis of the essential model a strategy to improve the stability was proposed. A stability controller using a time-varying ankle torque to prevent body from falling down was newly incorporated in the model and a prediction control algorithm was applied to the controller. Taking a free walking on flat ground and a stair climbing movement for examples, the effectiveness of the stability controller was proved by the computer simulation
Abstract: The question posed in this study is whether optimal control and state estimation can expla...
The analysis of a captured motion can be addressed by means of forward or inverse dynamics approache...
The neural control of human locomotion is not fully understood. As current experimental techniques p...
This paper discusses the stability of systems controlling patient body weight support systems which ...
Loosing stability control in elderly or paralyzed has motivated researchers to study how a stability...
Thesis: S.B., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2018.Cata...
Every year, 2.5 million people visit the emergency department accounting for $34 billion in hospital...
Abstract In control, stability captures the reproducibility of motions and the robustness to environ...
In control, stability captures the reproducibility of motions and the robustness to environmental an...
The object of this Thesis was to construct a simple walking bipedal model in a computer simulation, ...
This thesis is about control and balance stability of leggedlocomotion. It also presents a combinati...
Biped locomotion has proven to be a very hard problem to solve. At current date, there exists no hum...
The study of human locomotion has gained more attention recently with the availability of better ana...
In this thesis, two different control strategies are applied to the forward dynamic simulation of mu...
In this paper, it is proposed that the central nervous system (CNS) controls human gait using a pred...
Abstract: The question posed in this study is whether optimal control and state estimation can expla...
The analysis of a captured motion can be addressed by means of forward or inverse dynamics approache...
The neural control of human locomotion is not fully understood. As current experimental techniques p...
This paper discusses the stability of systems controlling patient body weight support systems which ...
Loosing stability control in elderly or paralyzed has motivated researchers to study how a stability...
Thesis: S.B., Massachusetts Institute of Technology, Department of Mechanical Engineering, 2018.Cata...
Every year, 2.5 million people visit the emergency department accounting for $34 billion in hospital...
Abstract In control, stability captures the reproducibility of motions and the robustness to environ...
In control, stability captures the reproducibility of motions and the robustness to environmental an...
The object of this Thesis was to construct a simple walking bipedal model in a computer simulation, ...
This thesis is about control and balance stability of leggedlocomotion. It also presents a combinati...
Biped locomotion has proven to be a very hard problem to solve. At current date, there exists no hum...
The study of human locomotion has gained more attention recently with the availability of better ana...
In this thesis, two different control strategies are applied to the forward dynamic simulation of mu...
In this paper, it is proposed that the central nervous system (CNS) controls human gait using a pred...
Abstract: The question posed in this study is whether optimal control and state estimation can expla...
The analysis of a captured motion can be addressed by means of forward or inverse dynamics approache...
The neural control of human locomotion is not fully understood. As current experimental techniques p...