It has been observed that long time series of Stride Time (ST), Stride Length (SL) and Stride
Speed (SS= SL/ST) exhibited statistical persistence (long-range auto-correlation) in …

While walking, human beings continuously adjust step length (SpL), step time (SpT), step
speed (SpS= SpL/SpT) and step width (SpW) by integrating both feedforward and feedback …

Metronomic walking has been found to diminish the statistical persistence intrinsic to the
stride interval time series of human gait. Since treadmill walking (TW) possesses a similar …

Stride duration of young healthy subjects walking at spontaneous speed fluctuates over the
long-term in a very complex way. The presence of long-range autocorrelations among these …

Detrended fluctuation analyses (DFA) have been widely used to quantify stride-to-stride
temporal correlations in human walking. However, significant questions remain about how to …

In rehabilitation, rhythmic acoustic cues are often used to improve gait. However, stride-time
fluctuations become anti-persistent with such pacing, thereby deviating from the …

The structure of the stride-to-stride time intervals during paced walking can be altered by the
temporal pattern of the pacing cues, however, it is unknown if an altered probability …

In human locomotion, sensorimotor synchronization of gait consists of the coordination of
stepping with rhythmic auditory cues (auditory cueing, AC). AC changes the long-range …

It has been observed that times series of gait parameters [stride length (SL), stride time (ST),
and stride speed (SS)], exhibit long-term persistence and fractal-like properties …

Stride duration variability is considered a marker of gait balance and can be investigated in
at least two different ways. Fluctuation magnitude can be addressed by classical …