<p>(A) Performance for groups of trials that differ in how far off the cued direction the test direction occurred. The possible range of test-cue differences was divided in three evenly spaced groups (close, medium, far). Lines above bars represent pairwise comparisons and stars indicate significant differences of adjacent bars. Error bars indicate plus/minus one standard error. (B) Like A, but groups were defined based on the differences between cue and sample.</p
<p><b>A</b>, The standard task. Subjects viewed a horizontal bar (<i>L</i><sub>1</sub>) on a compute...
<p>A: Stacked difference scores (follow-up compared to session 1) for the five trained tasks for the...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
Scaled d’ on the interference processing task significantly differed across groups with lower perfor...
<p>Bars show grand average behavioural accuracy as percentage correct (A) and grand average response...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
<p>The blue and cyan data-points represent the objective performance (accuracy, correct and quasi-co...
<p>Fits indicate coherence response functions for pooled performance across 6 subjects. Data points ...
<p>(a) GO trial accuracy. I.e. pressing the space bar when required to do so. (b) Percentage of comm...
<p>Target detection rate as the function of target contrast. The target was embedded in predictable ...
<p>Target detection rate as the function of target contrast. The target was embedded in predictable ...
(A) Increasing overall coherence (darker lines) produces a parametric performance improvement (steep...
<p>Ratio of mean positional thresholds obtained on the first and last days, collapsed across conditi...
<p>The figure shows spot-the-differences task accuracy (left panel) and speed (right panel) as a fun...
<p>Mean reaction time (line) and error rates (bars) as a function of target-target separation for th...
<p><b>A</b>, The standard task. Subjects viewed a horizontal bar (<i>L</i><sub>1</sub>) on a compute...
<p>A: Stacked difference scores (follow-up compared to session 1) for the five trained tasks for the...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...
Scaled d’ on the interference processing task significantly differed across groups with lower perfor...
<p>Bars show grand average behavioural accuracy as percentage correct (A) and grand average response...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
<p>The blue and cyan data-points represent the objective performance (accuracy, correct and quasi-co...
<p>Fits indicate coherence response functions for pooled performance across 6 subjects. Data points ...
<p>(a) GO trial accuracy. I.e. pressing the space bar when required to do so. (b) Percentage of comm...
<p>Target detection rate as the function of target contrast. The target was embedded in predictable ...
<p>Target detection rate as the function of target contrast. The target was embedded in predictable ...
(A) Increasing overall coherence (darker lines) produces a parametric performance improvement (steep...
<p>Ratio of mean positional thresholds obtained on the first and last days, collapsed across conditi...
<p>The figure shows spot-the-differences task accuracy (left panel) and speed (right panel) as a fun...
<p>Mean reaction time (line) and error rates (bars) as a function of target-target separation for th...
<p><b>A</b>, The standard task. Subjects viewed a horizontal bar (<i>L</i><sub>1</sub>) on a compute...
<p>A: Stacked difference scores (follow-up compared to session 1) for the five trained tasks for the...
<p>(A) Bar plots represent performance during right-to-left and left-to-right motion as a function o...