<p>During curved walking the foot inside (IN) and outside (OUT) the trajectory is considered separately. *, P<0.05 **; P<0.005. (A) CV of single support duration. (B) CV of double support duration. (C) CV of swing phase duration.</p
<p>Time-continuous gait variables that were computed over the stance phase for each subject, leg, an...
<p>Abbreviations: no AD, no assistive device; StW, standard walker; 2WW, two wheeled walker; 3WW, th...
Abstract Variability in quantitative gait data arises from many potential sources, inc...
<p>(A) Relationship between normalized stride length during linear (LIN) and curved (CUR) trajectori...
<p>(A) Gait speed. (B) Normalized stride length. (C) Cadence. ***, P < 0.0005.</p
<p>Results for spatiotemporal gait parameters and margins of stability during different walking cond...
<p>Comparison of mean coefficients of variation across six walking conditions: (A) step time and (B)...
<p>(a) gait speed; (b) mean stride intervals; (c) stride interval variability; and (d) scaling expon...
Step kinematic variability has been characterized during gait using spatial and temporal kinematic c...
<p>The x-axis corresponds to the number of PCs, whereas the y-axis the percentage of the variance of...
Left side, CoV of stride length (CoVSL, top panel) and CoV of stride frequency (CoVSF, bottom panel)...
Movement variability has become an important field of research and has been studied to gain a better...
<p>Mean spatio-temporal parameters (SD) and coefficient of variation (CV) during stance and swing ph...
<p>Difference of means of (A) stride length, (B) step width, and (C) cadence. Difference of variabil...
<p>The figure depicts the variability values of stride time (A), step time (B), stance time (C) and ...
<p>Time-continuous gait variables that were computed over the stance phase for each subject, leg, an...
<p>Abbreviations: no AD, no assistive device; StW, standard walker; 2WW, two wheeled walker; 3WW, th...
Abstract Variability in quantitative gait data arises from many potential sources, inc...
<p>(A) Relationship between normalized stride length during linear (LIN) and curved (CUR) trajectori...
<p>(A) Gait speed. (B) Normalized stride length. (C) Cadence. ***, P < 0.0005.</p
<p>Results for spatiotemporal gait parameters and margins of stability during different walking cond...
<p>Comparison of mean coefficients of variation across six walking conditions: (A) step time and (B)...
<p>(a) gait speed; (b) mean stride intervals; (c) stride interval variability; and (d) scaling expon...
Step kinematic variability has been characterized during gait using spatial and temporal kinematic c...
<p>The x-axis corresponds to the number of PCs, whereas the y-axis the percentage of the variance of...
Left side, CoV of stride length (CoVSL, top panel) and CoV of stride frequency (CoVSF, bottom panel)...
Movement variability has become an important field of research and has been studied to gain a better...
<p>Mean spatio-temporal parameters (SD) and coefficient of variation (CV) during stance and swing ph...
<p>Difference of means of (A) stride length, (B) step width, and (C) cadence. Difference of variabil...
<p>The figure depicts the variability values of stride time (A), step time (B), stance time (C) and ...
<p>Time-continuous gait variables that were computed over the stance phase for each subject, leg, an...
<p>Abbreviations: no AD, no assistive device; StW, standard walker; 2WW, two wheeled walker; 3WW, th...
Abstract Variability in quantitative gait data arises from many potential sources, inc...