<p>The regression lines are least-square functions. The horizontal dashed lines indicate when the second submovements had the same values in peak velocity as the first submovement. Data includes only overlapping submovements.</p
<p>Linear regression parameters for eye movement parameters as predicted by K-ABC mental processing ...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
<p>Regression results from the least-squares fit of Eq. 2 to the eye fixation duration data.</p
<p><b>A:</b> Data separated for head tracking and eye-head combined gaze shifts. <b>B</b>: Same data...
<p>Peak velocity and duration are computed after the example shown in <a href="http://www.plosone.or...
<p>The regression line across the data in <b>B</b> is a least-square function. The movement plotted ...
<p>(A) Head movement amplitude against the total gaze shift amplitude for different numbers of sacca...
<p>Top two rows depict position (top) and velocity (middle) traces, respectively, separated for gaze...
<p>Solid line (monkey M) and dashed line (monkey O) are linear fits through the data points (open sq...
<p>(A) Positional errors, and (B) velocity errors in the EHM condition; (C) positional errors, and (...
Limb movement is smooth and corrections of movement trajectory and amplitude are barely noticeable m...
Limb movement is smooth and corrections of movement trajectory and amplitude are barely noticeable m...
<p>For stationary gaze target (<b>A–B</b>), task-associated head movement, indicated as arrowheads ▴...
<p>Note the goodness of fit in <b>A</b> improved by 83.8% from one single submovement (#SM = 1; 84.9...
There is little direct psychophysical evidence that the visual system contains mechanisms tuned to h...
<p>Linear regression parameters for eye movement parameters as predicted by K-ABC mental processing ...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
<p>Regression results from the least-squares fit of Eq. 2 to the eye fixation duration data.</p
<p><b>A:</b> Data separated for head tracking and eye-head combined gaze shifts. <b>B</b>: Same data...
<p>Peak velocity and duration are computed after the example shown in <a href="http://www.plosone.or...
<p>The regression line across the data in <b>B</b> is a least-square function. The movement plotted ...
<p>(A) Head movement amplitude against the total gaze shift amplitude for different numbers of sacca...
<p>Top two rows depict position (top) and velocity (middle) traces, respectively, separated for gaze...
<p>Solid line (monkey M) and dashed line (monkey O) are linear fits through the data points (open sq...
<p>(A) Positional errors, and (B) velocity errors in the EHM condition; (C) positional errors, and (...
Limb movement is smooth and corrections of movement trajectory and amplitude are barely noticeable m...
Limb movement is smooth and corrections of movement trajectory and amplitude are barely noticeable m...
<p>For stationary gaze target (<b>A–B</b>), task-associated head movement, indicated as arrowheads ▴...
<p>Note the goodness of fit in <b>A</b> improved by 83.8% from one single submovement (#SM = 1; 84.9...
There is little direct psychophysical evidence that the visual system contains mechanisms tuned to h...
<p>Linear regression parameters for eye movement parameters as predicted by K-ABC mental processing ...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
<p>Regression results from the least-squares fit of Eq. 2 to the eye fixation duration data.</p