Add to ORKGAbstract We investigated motor-equivalent stabilization of task-related variables (TRV) at times of heel strike in eight healthy young men (23–30 years) who walked on a motorized treadmill at self-selected and prescribed speeds within the normal walking speed range. The TRV consisted of step parameters (step length and width) and the center of mass (CoM) position relative to the support (back and front feet). Motor-equivalent stabilization of the TRV was assessed using a decorrelation technique, comparing empirical to decorrelated (covariation-free) variability. Analysis indicated reliable covariation for all TRV. In both the fore-aft and lateral directions, stabilization by covari-ation was highest for CoM position relative to the front fo...
During walking, the center of mass (CoM) position can be controlled relative to the base of support ...
The study’s aim was to document ageing effects on gait control by analysing the distributions of bot...
Variability is ubiquitous in human movement, arising from internal and external noise, inherent biol...
It is still unclear how humans control mediolateral (ML) stability in walking and even more so for r...
Shifts of the center of pressure (CoP) through modulation of foot placement and ankle moments (CoP-m...
In many simple walking models, foot placement dictates the center of pressure location and ground re...
Stable walking depends on the coordination of multiple biomechanical degrees of freedom to ensure th...
During walking on a treadmill 10 human subjects (mean age 20 years) were perturbed by 100 ms pushes ...
Understanding how people modify their stepping to maintain gait stability may provide information on...
Most falls occur after a loss of balance following an unexpected perturbation such as a slip or a tr...
Understanding how people modify their stepping to maintain gait stability may provide information on...
Most falls occur after a loss of balance following an unexpected perturbation such as a slip or a tr...
A stable walking pattern is presumably essential to avoid falls. Stability of walking is most accura...
Objective: The aim of this study was comparing the ground reaction forces, center of pressure and bo...
Step-by-step foot placement control, relative to the center of mass (CoM) kinematic state, is genera...
During walking, the center of mass (CoM) position can be controlled relative to the base of support ...
The study’s aim was to document ageing effects on gait control by analysing the distributions of bot...
Variability is ubiquitous in human movement, arising from internal and external noise, inherent biol...
It is still unclear how humans control mediolateral (ML) stability in walking and even more so for r...
Shifts of the center of pressure (CoP) through modulation of foot placement and ankle moments (CoP-m...
In many simple walking models, foot placement dictates the center of pressure location and ground re...
Stable walking depends on the coordination of multiple biomechanical degrees of freedom to ensure th...
During walking on a treadmill 10 human subjects (mean age 20 years) were perturbed by 100 ms pushes ...
Understanding how people modify their stepping to maintain gait stability may provide information on...
Most falls occur after a loss of balance following an unexpected perturbation such as a slip or a tr...
Understanding how people modify their stepping to maintain gait stability may provide information on...
Most falls occur after a loss of balance following an unexpected perturbation such as a slip or a tr...
A stable walking pattern is presumably essential to avoid falls. Stability of walking is most accura...
Objective: The aim of this study was comparing the ground reaction forces, center of pressure and bo...
Step-by-step foot placement control, relative to the center of mass (CoM) kinematic state, is genera...
During walking, the center of mass (CoM) position can be controlled relative to the base of support ...
The study’s aim was to document ageing effects on gait control by analysing the distributions of bot...
Variability is ubiquitous in human movement, arising from internal and external noise, inherent biol...