<p>Convergence and divergence with their corresponding velocity traces plotted at different scales are obtained by difference of the position signal between the two eyes (LE-RE); the arrows ‘i’ and ‘p’ indicate the onset and the offset of convergence, respectively; the dashed line indicates the required convergence change.</p
When we track an object moving in depth, our eyes rotate in opposite directions. This type of “disju...
AbstractThe objectives of this experiment were to measure the effect of sustained convergence on the...
AbstractThis paper describes the spatial trajectories of the binocular fixation point (the intersect...
<p>Markers ‘<i>I</i>’ and ‘<i>e</i>’ indicate the onset and the offset of vergence eye movement base...
<p>Markers ‘i’ and ‘e’ indicate the onset and the offset of vergence eye movement based on the crite...
AbstractThe dynamic characteristics of horizontal convergence and divergence eye movement responses ...
Vergence eye movements are those which are horizontal, but which move in opposing directions. With c...
Background. Adaptation models of the horizontal disparity vergence system assume a non-adaptable tra...
AbstractDynamics of disparity vergence eye movements can be modified by adaptive stimuli that genera...
Vergence (e.g. convergence and divergence), a class of eye movements that rotates the eyes in opposi...
AbstractDichoptic nonius lines are used for subjectively (psychophysically) measuring vergence state...
<p>Markers ‘i’ and ‘e’ indicate the onset and the offset of vergence eye movement based on the crite...
AbstractPrevious studies on the speed and latency of convergence and divergence eye movements have p...
<p>(A) Mean vergence amplitude for the convergent and divergent step stimuli as a function of time f...
AbstractMain sequences, the function describing the relationship between eye movement amplitude and ...
When we track an object moving in depth, our eyes rotate in opposite directions. This type of “disju...
AbstractThe objectives of this experiment were to measure the effect of sustained convergence on the...
AbstractThis paper describes the spatial trajectories of the binocular fixation point (the intersect...
<p>Markers ‘<i>I</i>’ and ‘<i>e</i>’ indicate the onset and the offset of vergence eye movement base...
<p>Markers ‘i’ and ‘e’ indicate the onset and the offset of vergence eye movement based on the crite...
AbstractThe dynamic characteristics of horizontal convergence and divergence eye movement responses ...
Vergence eye movements are those which are horizontal, but which move in opposing directions. With c...
Background. Adaptation models of the horizontal disparity vergence system assume a non-adaptable tra...
AbstractDynamics of disparity vergence eye movements can be modified by adaptive stimuli that genera...
Vergence (e.g. convergence and divergence), a class of eye movements that rotates the eyes in opposi...
AbstractDichoptic nonius lines are used for subjectively (psychophysically) measuring vergence state...
<p>Markers ‘i’ and ‘e’ indicate the onset and the offset of vergence eye movement based on the crite...
AbstractPrevious studies on the speed and latency of convergence and divergence eye movements have p...
<p>(A) Mean vergence amplitude for the convergent and divergent step stimuli as a function of time f...
AbstractMain sequences, the function describing the relationship between eye movement amplitude and ...
When we track an object moving in depth, our eyes rotate in opposite directions. This type of “disju...
AbstractThe objectives of this experiment were to measure the effect of sustained convergence on the...
AbstractThis paper describes the spatial trajectories of the binocular fixation point (the intersect...