<p>(Left) Experimental velocities against simulated velocities in the 195 measured microbeads. The red line corresponds to <i>y</i> = <i>x</i>. (Right) Bland-Altman plot. The blue dashed line corresponds to the mean value while the red dashed lines correspond to the mean value ± 1.96 standard deviation.</p
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>Data points represent the average observed flow rate (between 5–30 s of the trial) versus the tar...
<p>The solid line represents mean differences between measured and predicted values. The 2 dashed li...
<p>(Left) Examples of mean velocity obtained in 25 micro-beads in 3 ciliated edges (blue, green and ...
<p>The red line displays the mean difference, representing the bias between the methods. The green l...
<p>A. Plot of the difference between automatic and manual measurements against the manual ones (used...
<p>Scatter plots for microsaccade magnitude (<b>A</b>), displacement (<b>B</b>), overshoot size (<b>...
The horizontal axis shows the mean of both measurements and the vertical axis shows the difference b...
<p>Comparison between the calculated and observed incipient velocities at <i>x</i> = 2.4 m for diffe...
<p>Bland-Altman plot with reference kinematics (absissas) and difference (ordinates) between model-d...
<p>(A).<b><i>vs.</i></b><b>measured on the real data (B).</b><b><i>vs.</i></b><b>measured on the sim...
<p>Mean simulated values are plotted against the observed data at the same time points for all indiv...
Bland-Altman plot showing the difference between the values of rCBF assessed by different methods (b...
<p>Bland-Altman plots of quantified (a) systolic biomarkers, and (b) diastolic biomarkers. The solid...
<p>The mean relative difference (straight line) ± standard deviation (dotted line) were fD* = 26.1±2...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>Data points represent the average observed flow rate (between 5–30 s of the trial) versus the tar...
<p>The solid line represents mean differences between measured and predicted values. The 2 dashed li...
<p>(Left) Examples of mean velocity obtained in 25 micro-beads in 3 ciliated edges (blue, green and ...
<p>The red line displays the mean difference, representing the bias between the methods. The green l...
<p>A. Plot of the difference between automatic and manual measurements against the manual ones (used...
<p>Scatter plots for microsaccade magnitude (<b>A</b>), displacement (<b>B</b>), overshoot size (<b>...
The horizontal axis shows the mean of both measurements and the vertical axis shows the difference b...
<p>Comparison between the calculated and observed incipient velocities at <i>x</i> = 2.4 m for diffe...
<p>Bland-Altman plot with reference kinematics (absissas) and difference (ordinates) between model-d...
<p>(A).<b><i>vs.</i></b><b>measured on the real data (B).</b><b><i>vs.</i></b><b>measured on the sim...
<p>Mean simulated values are plotted against the observed data at the same time points for all indiv...
Bland-Altman plot showing the difference between the values of rCBF assessed by different methods (b...
<p>Bland-Altman plots of quantified (a) systolic biomarkers, and (b) diastolic biomarkers. The solid...
<p>The mean relative difference (straight line) ± standard deviation (dotted line) were fD* = 26.1±2...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>Data points represent the average observed flow rate (between 5–30 s of the trial) versus the tar...
<p>The solid line represents mean differences between measured and predicted values. The 2 dashed li...