<p>Statistical power (1 − β) for the differences in duration and variability of the gait phases.</p
<p>The figure depicts the variability values of stride time (A), step time (B), stance time (C) and ...
<p><i>p</i>-values are given for the significant difference by the Wilcoxon signed-rank test.</p><p>...
In this paper we introduce a new method to expressly use live/corporeal data in quantifying differen...
Mean and confidence interval (95%) of spatiotemporal gait parameters and comparison between the grou...
<p>*The significance was defined as <i>p</i><0.016 (Bonferroni correction for multiple testing).</p>...
<p>Difference of means of (A) stride length, (B) step width, and (C) cadence. Difference of variabil...
<p>Statistical results from the repeated-measures MANOVAs comparing the single- to the dual- and tri...
Human locomotion is a rhythmic process whose variability can be investigated in two different ways. ...
<p>Statistical power by sample size for a comparison of <i>EC<sub>50</sub></i> (geometric mean) betw...
<p>The mean relative duration (+ standard deviations) of (A) the double support phase and (B) the si...
Abstract Variability in quantitative gait data arises from many potential sources, inc...
<p>Correlations between gait parameters in single-task walking (<i>N</i> = 88).</p
<p>Results for spatiotemporal gait parameters and margins of stability during different walking cond...
<p>The statistical analysis trials number of two individuals during walking and running gaits.</p
In this paper we introduce a new method to expressly use live/corporeal data in quantifying differen...
<p>The figure depicts the variability values of stride time (A), step time (B), stance time (C) and ...
<p><i>p</i>-values are given for the significant difference by the Wilcoxon signed-rank test.</p><p>...
In this paper we introduce a new method to expressly use live/corporeal data in quantifying differen...
Mean and confidence interval (95%) of spatiotemporal gait parameters and comparison between the grou...
<p>*The significance was defined as <i>p</i><0.016 (Bonferroni correction for multiple testing).</p>...
<p>Difference of means of (A) stride length, (B) step width, and (C) cadence. Difference of variabil...
<p>Statistical results from the repeated-measures MANOVAs comparing the single- to the dual- and tri...
Human locomotion is a rhythmic process whose variability can be investigated in two different ways. ...
<p>Statistical power by sample size for a comparison of <i>EC<sub>50</sub></i> (geometric mean) betw...
<p>The mean relative duration (+ standard deviations) of (A) the double support phase and (B) the si...
Abstract Variability in quantitative gait data arises from many potential sources, inc...
<p>Correlations between gait parameters in single-task walking (<i>N</i> = 88).</p
<p>Results for spatiotemporal gait parameters and margins of stability during different walking cond...
<p>The statistical analysis trials number of two individuals during walking and running gaits.</p
In this paper we introduce a new method to expressly use live/corporeal data in quantifying differen...
<p>The figure depicts the variability values of stride time (A), step time (B), stance time (C) and ...
<p><i>p</i>-values are given for the significant difference by the Wilcoxon signed-rank test.</p><p>...
In this paper we introduce a new method to expressly use live/corporeal data in quantifying differen...
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