<p>The top and middle rows illustrate the basic gradient effects in the ERPs. The black rectangles indicate the three time windows where voltage was measured. Within the two windows at Fz there were progressively more positive potentials as a function of distance from the target shown. At the POz site the opposite pattern was seen, non-target potentials became more negative with greater distance from the target. The selection of time windows was based on plots of the slope calculated across all four non-target locations at each 2 ms time point, and are shown in the bottom row.</p
Effects of attention on event-related brain potentials (ERPs) were measured when subjects kept susta...
In a typical visual Event Related Potential (ERP) study, the stimulus is presented centrally on the ...
<p>From A–C, ERP comparison between each pair of tasks at the electrode FCz during the preparatory p...
<p>This time window reflects the first peak of the non-target slope function shown in <a href="http:...
<p>This time window is centered on the second peak of the non-target event-related potential slope f...
<p>A) In this excerpt from a sequence the target location is at the left side (-90°). The four condi...
Stimulus-locked event-related brain potentials (ERPs) on midline electrodes FZ and CZ separated by T...
<p>Top section shows the early condition differences (peaking at 110 ms and 170 ms), in a representa...
<p>Left: ERP-waveform at Pz for object (red) and non-sense object (blue) stimuli. Stimulus onset is ...
Visual event‐related potentials were measured for peripheral target stimuli that were preceded by a ...
<p>ERPs at Oz electrode representing responses to checkerboards (red lines), homogeneous stimuli (bl...
<p>A, B. For the first and last step of the procedure, waveforms are displayed in the three right-ha...
Event-related potentials (ERPs) were recorded to visual and auditory stimuli in a situation where su...
<p>Averages are shown for cued stimuli in the first and the second session (Cue1 and Cue2) and for u...
<p>(A) In the 0° heterogeneity condition, all distractor lines were identical. In the 12°, 24° and 3...
Effects of attention on event-related brain potentials (ERPs) were measured when subjects kept susta...
In a typical visual Event Related Potential (ERP) study, the stimulus is presented centrally on the ...
<p>From A–C, ERP comparison between each pair of tasks at the electrode FCz during the preparatory p...
<p>This time window reflects the first peak of the non-target slope function shown in <a href="http:...
<p>This time window is centered on the second peak of the non-target event-related potential slope f...
<p>A) In this excerpt from a sequence the target location is at the left side (-90°). The four condi...
Stimulus-locked event-related brain potentials (ERPs) on midline electrodes FZ and CZ separated by T...
<p>Top section shows the early condition differences (peaking at 110 ms and 170 ms), in a representa...
<p>Left: ERP-waveform at Pz for object (red) and non-sense object (blue) stimuli. Stimulus onset is ...
Visual event‐related potentials were measured for peripheral target stimuli that were preceded by a ...
<p>ERPs at Oz electrode representing responses to checkerboards (red lines), homogeneous stimuli (bl...
<p>A, B. For the first and last step of the procedure, waveforms are displayed in the three right-ha...
Event-related potentials (ERPs) were recorded to visual and auditory stimuli in a situation where su...
<p>Averages are shown for cued stimuli in the first and the second session (Cue1 and Cue2) and for u...
<p>(A) In the 0° heterogeneity condition, all distractor lines were identical. In the 12°, 24° and 3...
Effects of attention on event-related brain potentials (ERPs) were measured when subjects kept susta...
In a typical visual Event Related Potential (ERP) study, the stimulus is presented centrally on the ...
<p>From A–C, ERP comparison between each pair of tasks at the electrode FCz during the preparatory p...