<p>Double logarithmic plots represent (panels a, c) cumulative distribution of rest periods as a function of duration time and (panels b, d) cumulative distribution of rescaled rest periods as a function of rescaled duration time for all RW subjects (black symbols) and all SD (red symbols). Here, stands for the individual mean of rest period duration. Each curve corresponds to one of six consecutive days. Continuous lines show slopes of the fitted power-laws. Top panels (5+16) mode; bottom panels (16+5)mode. The threshold separating state of activity versus rest .</p
Additional file 7: Supplemental Figure 3. Active periods for controls. Log-log plots of cumulative p...
Each heart rate zone is shown in a different color, indicated by the legend. Filled circles indicate...
<p>Distribution of hours of sedentary time per day (A) and percent sedentary time (B) by mortality s...
<p>a. Double logarithmic plots of the cumulative probability of the rest bout for the combined data ...
<p>Illustrative examples of locomotor activity data for a control (a), and a schizophrenia (SCZ) pat...
<p>Cumulative distributions of resting and active period durations in locomotor activity for healthy...
<p>Illustrative examples of locomotor activity data (local variance with window size 60 s) of a (<b>...
Box plots of 2-hour mean of sedentary activity counts (where activity counts are less than 100 per m...
<p>The first row represents results using individually determined threshold below standing activity ...
<p>Distribution of participants by length of time post stroke (at the beginning of the three month p...
<p>(<b>a</b>) Probability plot for the duration of the pen-on-paper period together with probability...
<p>The first row (A, D) of panels shows the duration of depressive episodes for the low-risk subpopu...
<p>The time scale is expressed as a percentage of the total exhaustion time for each subject.</p
<p>The average daily count per subject (total no. of actions/40 subjects/4 days) and relative freque...
<p>The five motor processes (one row for each) are: Mean Activity, Fractions of angles that are Non-...
Additional file 7: Supplemental Figure 3. Active periods for controls. Log-log plots of cumulative p...
Each heart rate zone is shown in a different color, indicated by the legend. Filled circles indicate...
<p>Distribution of hours of sedentary time per day (A) and percent sedentary time (B) by mortality s...
<p>a. Double logarithmic plots of the cumulative probability of the rest bout for the combined data ...
<p>Illustrative examples of locomotor activity data for a control (a), and a schizophrenia (SCZ) pat...
<p>Cumulative distributions of resting and active period durations in locomotor activity for healthy...
<p>Illustrative examples of locomotor activity data (local variance with window size 60 s) of a (<b>...
Box plots of 2-hour mean of sedentary activity counts (where activity counts are less than 100 per m...
<p>The first row represents results using individually determined threshold below standing activity ...
<p>Distribution of participants by length of time post stroke (at the beginning of the three month p...
<p>(<b>a</b>) Probability plot for the duration of the pen-on-paper period together with probability...
<p>The first row (A, D) of panels shows the duration of depressive episodes for the low-risk subpopu...
<p>The time scale is expressed as a percentage of the total exhaustion time for each subject.</p
<p>The average daily count per subject (total no. of actions/40 subjects/4 days) and relative freque...
<p>The five motor processes (one row for each) are: Mean Activity, Fractions of angles that are Non-...
Additional file 7: Supplemental Figure 3. Active periods for controls. Log-log plots of cumulative p...
Each heart rate zone is shown in a different color, indicated by the legend. Filled circles indicate...
<p>Distribution of hours of sedentary time per day (A) and percent sedentary time (B) by mortality s...