[[abstract]]It is interesting to calculate the joint torque and motion energy during human walking. In this paper, a of right legs. Experiments of taking a load during walking are also included.walking on six different grounds, and the difference between left andmeasure absolute scale of the torque and energy, but only focuses on the comparisonweight. It is hard to have accurate limb length and weight. The study can notdynamic equations are very sensitive to their parameters such as link length anddynamic equations. However, the joint torque and motion energy estimated byused to estimate joint torque and motion energy based on the approachaccelerometers installed on human limbs measure the angle of time-sequent trajectoriesdynamics for esti...
AbstractA model of human lower limb along with body has been drawn having a presumed body height and...
A study of normal locomotion requires an understanding of both the movements and the force actions i...
Twenty-four subjects walked at different, freely chosen speeds (V) ranging from 0.4 to 2.6 m s-1, wh...
Abstract- The purpose of this paper was twofold: firstly to measure and partially validate the rates...
A history is given of the experimental techniques used in gait analysis. There follows a description...
The importance of accurate assessment of human locomotion in freeliving conditions is increasingly r...
The muscle-tendon work performed during locomotion can, in principle, be measured from the mechanica...
The muscle-tendon work performed during locomotion can, in principle, be measured from the mechanica...
The purpose of this work is to evaluate the mechanical energy exchange during the gait cycle of a su...
Dataset including kinematics, kinetics, and mechanical powers during human walking with unilateral t...
AbstractThis study proposes an analysis system for evaluating the intersegmental forces exerted on h...
Abstract-The left and right ground reactions are predicted from computed absolute motion data with t...
Walking is one of the principal and complex movements of the human body. The human locomotion with t...
In exoskeletal robots, the quantification of the user’s muscular effort is important to recognize th...
[[abstract]]It is interested for a bipedal robot manipulated by different Degree of Freedoms (DoFs) ...
AbstractA model of human lower limb along with body has been drawn having a presumed body height and...
A study of normal locomotion requires an understanding of both the movements and the force actions i...
Twenty-four subjects walked at different, freely chosen speeds (V) ranging from 0.4 to 2.6 m s-1, wh...
Abstract- The purpose of this paper was twofold: firstly to measure and partially validate the rates...
A history is given of the experimental techniques used in gait analysis. There follows a description...
The importance of accurate assessment of human locomotion in freeliving conditions is increasingly r...
The muscle-tendon work performed during locomotion can, in principle, be measured from the mechanica...
The muscle-tendon work performed during locomotion can, in principle, be measured from the mechanica...
The purpose of this work is to evaluate the mechanical energy exchange during the gait cycle of a su...
Dataset including kinematics, kinetics, and mechanical powers during human walking with unilateral t...
AbstractThis study proposes an analysis system for evaluating the intersegmental forces exerted on h...
Abstract-The left and right ground reactions are predicted from computed absolute motion data with t...
Walking is one of the principal and complex movements of the human body. The human locomotion with t...
In exoskeletal robots, the quantification of the user’s muscular effort is important to recognize th...
[[abstract]]It is interested for a bipedal robot manipulated by different Degree of Freedoms (DoFs) ...
AbstractA model of human lower limb along with body has been drawn having a presumed body height and...
A study of normal locomotion requires an understanding of both the movements and the force actions i...
Twenty-four subjects walked at different, freely chosen speeds (V) ranging from 0.4 to 2.6 m s-1, wh...