It has long been held that the net center of pressure (COP NET) is the controlling variable to
human stance that indirectly represents postural sway. The formation of the COP NET …

We investigated the effect of foot position and foot orientation on asymmetrical body weight
loading and the inter-and intra-foot coordination dynamics of standing postures. The …

The study of quiet standing has mainly been conducted in the foot side-by-side position with
the assumption that the contribution of the lower limbs is structurally and functionally …

This experiment was setup to investigate the deterministic and stochastic properties of the
recurrent dynamics of the center of pressure trajectories of each leg (COP left and COP right) …

This study was set-up to investigate the effect of mechanical constraints arising from different
postural stances on the AP and ML pattern of the time evolutionary properties of phase …

Intra-foot coordination between center of pressure (COP) of the ball and heel of the foot in
single leg standing and inter-foot coordination of the right and left foot during bipedal stance …

Human stance requires the coordination of multiple joints. This article examines the
dynamics of postural coordination modes involving the torso and legs in the control of stance …

Understanding postural control requires considering various mechanisms underlying a
person's ability to stand, to walk, and to interact with the environment safely and efficiently …

In this study, two force platforms were synchronized to investigate the coordination of the
right and left foot center of pressure (COP R and COP L) and its relation to the COP NET in …

We investigated muscle activity, ground reaction forces, and center of mass (CoM)
acceleration in two different postural behaviors for standing balance control in humans to …