<p>Neuronal activity of the DNFs that plan saccade (upper row) and reaching (bottom row) movements during a “cued-saccade” trial (note the red cue), in which the context cue is presented prior to target onset. The competition between the effectors is resolved shortly after the context cue is presented. Once the locations of the targets are shown, the framework has already selected the effector (i.e., eye in this trial) and the competition between the targets is resolved quite fast resulting in direct saccadic movements to the selected target (right panel).</p
Multiple brain learning sites are needed to calibrate the accuracy of saccadic eye movements. This i...
Recent psychophysical experiments have shown that working memory for visual surface features interac...
Participant's were required to make a saccade to a uniquely colored target while ignoring the presen...
<p><b>A</b>: Time course of the average activity (20 trials) of the two populations of neurons tuned...
<p>Stimulus input activity (left column) and motor plan formation DNF activity (middle column) for t...
<p>Each trial started with either a single black target or two gray potential targets presented simu...
& Significant advances in cognitive neuroscience can be achieved by combining techniques used to...
It is often assumed that decision making involves neural competition, accumulation of evidence "scor...
We present a model of the eye movement system in which the programming of an eye movement is the res...
Oculomotor tracking of moving objects is an important component of visually based cognition and plan...
<p><b><i>A</i></b>, Structure of the task, all possible trials have been illustrated. Fixation mark ...
How does the saccadic movement system select a target when visual, auditory, and planned movement co...
One of the most common decisions we make is the one about where to move our eyes next. Here we exami...
We review a new computational model developed to understand how evidence about stimulus salience in ...
How does the saccadic movement system select a target when visual, auditory, and planned movement co...
Multiple brain learning sites are needed to calibrate the accuracy of saccadic eye movements. This i...
Recent psychophysical experiments have shown that working memory for visual surface features interac...
Participant's were required to make a saccade to a uniquely colored target while ignoring the presen...
<p><b>A</b>: Time course of the average activity (20 trials) of the two populations of neurons tuned...
<p>Stimulus input activity (left column) and motor plan formation DNF activity (middle column) for t...
<p>Each trial started with either a single black target or two gray potential targets presented simu...
& Significant advances in cognitive neuroscience can be achieved by combining techniques used to...
It is often assumed that decision making involves neural competition, accumulation of evidence "scor...
We present a model of the eye movement system in which the programming of an eye movement is the res...
Oculomotor tracking of moving objects is an important component of visually based cognition and plan...
<p><b><i>A</i></b>, Structure of the task, all possible trials have been illustrated. Fixation mark ...
How does the saccadic movement system select a target when visual, auditory, and planned movement co...
One of the most common decisions we make is the one about where to move our eyes next. Here we exami...
We review a new computational model developed to understand how evidence about stimulus salience in ...
How does the saccadic movement system select a target when visual, auditory, and planned movement co...
Multiple brain learning sites are needed to calibrate the accuracy of saccadic eye movements. This i...
Recent psychophysical experiments have shown that working memory for visual surface features interac...
Participant's were required to make a saccade to a uniquely colored target while ignoring the presen...