Human physiological signals are inherently rhythmic and have a hallmark feature in that
even distant intrasignal measurements are related to each other. This relationship is termed …

Background: Interdisciplinary work is needed for scientific progress, and with this review, our
interest is in the scientific progress toward understanding the underlying mechanisms of …

Humans exhibit an innate ability to synchronize their movements to music. The field of gait
rehabilitation has sought to capitalize on this phenomenon by invoking patients to walk in …

Gait variability in the context of a deterministic dynamical system may be quantified using
nonlinear time series analyses that characterize the complexity of the system. Pathological …

Stride sequences of healthy gait are characterized by persistent long-range correlations,
which become anti-persistent in the presence of an isochronous metronome. The latter …

The temporal structure of the variability of the stride-to-stride time intervals during paced
walking is affected by the underlying autocorrelation function (ACF) of the pacing signal …

Variability is ubiquitous in human movement, arising from internal and external noise,
inherent biological redundancy, and from the neurophysiological control actions that help …

Featured Application Sensing floors combined with pattern recognition and deep learning
could identify individuals by the way they unfold their footsteps on the ground. Abstract The …

Older adults exhibit increased gait variability that is associated with fall history and predicts
future falls. It is not known to what extent this increased variability results from increased …

Diverse indicators of postural control in Humans have been explored for decades, mostly
based on the trajectory of the center-of-pressure. Classical approaches focus on variability …