<p>Time zero on the abscissa represents the beginning of the delay period. The time elapsed until the appearance of the eccentric target is represented with <i>vertical dashed lines</i> for the four different durations tested. The ordinate represents the number of saccades in the 10-ms bins.</p
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
<p>Each data point represents the percentage correct in a centered 20 ms wide temporal interval. Err...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>The ordinate represents the percentage of saccades in the 100-ms bins for each of the 4 delay dur...
<p>X-axis: saccadic absolute latencies; Y-axis: number of saccades in the 100-ms bins. Note the incr...
<p><i>A</i>: mean absolute latency (±2 SE) as a function of delay duration. <i>B</i>: Latency varian...
The passage of time can be estimated either explicitly, e.g. before leaving home in the morning, or ...
<p><b>A</b>, Two stimuli that were interchangeably used as target and distracter stimuli. <b>B</b>, ...
<p>(<i>A</i>) Mean saccade latencies plotted against the number of trials before and after direction...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
The gap paradigm often promotes the occurrence of express saccades, which are supposed to be short l...
Each horizontal segment represents a saccade, and each row represents a trial. All trials are aligne...
<p>Percentage of direction (A), anticipation (B) and commission (C) errors during prosaccadic (green...
Saccade amplitude across trials for the different saccade conditions (reactive and scanning) and for...
<p>A. Schematic depiction of the task. The delay between the cue onset and the target letter onset i...
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
<p>Each data point represents the percentage correct in a centered 20 ms wide temporal interval. Err...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>The ordinate represents the percentage of saccades in the 100-ms bins for each of the 4 delay dur...
<p>X-axis: saccadic absolute latencies; Y-axis: number of saccades in the 100-ms bins. Note the incr...
<p><i>A</i>: mean absolute latency (±2 SE) as a function of delay duration. <i>B</i>: Latency varian...
The passage of time can be estimated either explicitly, e.g. before leaving home in the morning, or ...
<p><b>A</b>, Two stimuli that were interchangeably used as target and distracter stimuli. <b>B</b>, ...
<p>(<i>A</i>) Mean saccade latencies plotted against the number of trials before and after direction...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
The gap paradigm often promotes the occurrence of express saccades, which are supposed to be short l...
Each horizontal segment represents a saccade, and each row represents a trial. All trials are aligne...
<p>Percentage of direction (A), anticipation (B) and commission (C) errors during prosaccadic (green...
Saccade amplitude across trials for the different saccade conditions (reactive and scanning) and for...
<p>A. Schematic depiction of the task. The delay between the cue onset and the target letter onset i...
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
<p>Each data point represents the percentage correct in a centered 20 ms wide temporal interval. Err...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...