*<p>See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0050425#s2" target="_blank">Subjects and Methods</a> and <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0050425#pone-0050425-g001" target="_blank">Figure 1</a> for explanations of all tests and subtests. Accuracy reflects the percentage of correct responses during the experimental trials (not the practice trials). Similarly, mean response latency is for all responses during the experimental trials.</p
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
In many response time tasks, people slow down after they make an error. This phenomenon of posterror...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time for different coherence ranges, fro...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time for one subject in a block of trial...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time, from same data as <a href="http://...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of response a...
<p>Error bars represent 95% confidence intervals [<a href="http://www.plosone.org/article/info:doi/1...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
<p>Proportion correct (PC) was used to assess accuracy and response time (RT) was used to assess spe...
<p>Mean Response Latencies (in Milliseconds) and Error rates (in Percent) with Standard Deviations i...
<p>Mean Response Latencies (in milliseconds) and Error Rates (in Percent) with Standard Deviations i...
Deadlines (DLs) and response signals (RSs) are two well-established techniques for investigating spe...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
In many response time tasks, people slow down after they make an error. This phenomenon of posterror...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time for different coherence ranges, fro...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time for one subject in a block of trial...
<p><b>a.</b> Accuracy (% correct) as a function of reaction time, from same data as <a href="http://...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of response a...
<p>Error bars represent 95% confidence intervals [<a href="http://www.plosone.org/article/info:doi/1...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
<p>Proportion correct (PC) was used to assess accuracy and response time (RT) was used to assess spe...
<p>Mean Response Latencies (in Milliseconds) and Error rates (in Percent) with Standard Deviations i...
<p>Mean Response Latencies (in milliseconds) and Error Rates (in Percent) with Standard Deviations i...
Deadlines (DLs) and response signals (RSs) are two well-established techniques for investigating spe...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
In many response time tasks, people slow down after they make an error. This phenomenon of posterror...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...