<p>The screen frame frequency was 100 Hz and so during the 30 ms presentation of character stimuli there were three frames, and the eye movement velocity and position were calculated for each frame. The sequence of the three frames is marked with different colors (blue, red and green) and the dots represent transient velocity and position of the eyes from the first, second and third frame, respectively.</p
<p>Panels A, C and E show example time-courses of eye-position over time, lines indicate horizontal ...
<p>(a) Participants were instructed to respond by directing their gaze to the location of each targe...
<p>Comparing amplitude and velocity of eye movements analyzed demonstrates ‘main sequence’ specific ...
A growing number of studies in vision research employ analyses of how perturbations in visual stimul...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
(A) Saccade endpoints for stimulation at different sites in the motor map. The scaling parameter of ...
<p><b>A</b>, Two stimuli that were interchangeably used as target and distracter stimuli. <b>B</b>, ...
This depository contains the data from different experiments regarding the perceived speed of moving...
<p>An example of a Chinese character stimulus set is shown at the top right of A, and the blue bar i...
Ultra-rapid categorization studies analyze human responses to briefly flashed, static natural scenes...
<p>A: Example of the motion stimulus used in this study. The arrows indicating motion direction in t...
<p>The scatter plots compare the duration (left), peak velocity (middle) and average velocity (right...
<p>(A) Gaze coordinates of the ball (red lines) and the left eye (black lines) are shown for one tri...
<p>(A) Illustration of the checkerboard pattern that moved sinusoidally either in the anterior-poste...
(A, B, C) with the same amplitude of R = 21 deg. (purple: total vectorial displacement/velocity, gre...
<p>Panels A, C and E show example time-courses of eye-position over time, lines indicate horizontal ...
<p>(a) Participants were instructed to respond by directing their gaze to the location of each targe...
<p>Comparing amplitude and velocity of eye movements analyzed demonstrates ‘main sequence’ specific ...
A growing number of studies in vision research employ analyses of how perturbations in visual stimul...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
(A) Saccade endpoints for stimulation at different sites in the motor map. The scaling parameter of ...
<p><b>A</b>, Two stimuli that were interchangeably used as target and distracter stimuli. <b>B</b>, ...
This depository contains the data from different experiments regarding the perceived speed of moving...
<p>An example of a Chinese character stimulus set is shown at the top right of A, and the blue bar i...
Ultra-rapid categorization studies analyze human responses to briefly flashed, static natural scenes...
<p>A: Example of the motion stimulus used in this study. The arrows indicating motion direction in t...
<p>The scatter plots compare the duration (left), peak velocity (middle) and average velocity (right...
<p>(A) Gaze coordinates of the ball (red lines) and the left eye (black lines) are shown for one tri...
<p>(A) Illustration of the checkerboard pattern that moved sinusoidally either in the anterior-poste...
(A, B, C) with the same amplitude of R = 21 deg. (purple: total vectorial displacement/velocity, gre...
<p>Panels A, C and E show example time-courses of eye-position over time, lines indicate horizontal ...
<p>(a) Participants were instructed to respond by directing their gaze to the location of each targe...
<p>Comparing amplitude and velocity of eye movements analyzed demonstrates ‘main sequence’ specific ...