<p>For this plot, the algorithms were computed after deleting 4 warm-up trials from each response block and also deleting latencies greater than 10,000 ms. There were 202 or 203 respondents in each decile. Most noticeable in the graph is the inferior performance (smaller effect sizes) for the reciprocal measure, and strongest performance for the <i>D</i> measure. Also noticeable is that the D measure was smallest for the slowest subjects, whereas the log and latency measures were largest for the slowest subjects.</p
Response latencies answering to attitude questions can be used as a measure of chronic attitude acce...
<p>Mean Response Latencies (in milliseconds) and Error Rates (in Percent) with Standard Deviations i...
The speed–accuracy trade-off (SAT) suggests that time constraints reduce response accuracy. Its rele...
<p>Pretreatment of the data involved removing 4 warm-up trials per block, latencies slower than 10s,...
<p>(a) Mean response latency as a function of the number of dots. The data of the four younger group...
<p>Comparison of fast and slow latency treatments across evaluation criteria for politics good focal...
Research on group differences in response latency often has as its goal the detection of Group X Tre...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
Several studies focused on the disparity in the efficacy of performance evaluation using the methods...
<p>Higher correlations indicate better performance. The furthest left datapoint indicates no exclusi...
Four studies were developed to investigate response latency in a computerized fluency task with coll...
Responding to all items on tests when there is no penalty for guessing is an often used testwiseness...
Even though response latency can vary greatly among subjects and from trial to trial for the same su...
The analysis of response time has received increasing attention during the last decades, since evide...
<p>Participants' mean target probe response latencies (ms) for each condition (with standard deviati...
Response latencies answering to attitude questions can be used as a measure of chronic attitude acce...
<p>Mean Response Latencies (in milliseconds) and Error Rates (in Percent) with Standard Deviations i...
The speed–accuracy trade-off (SAT) suggests that time constraints reduce response accuracy. Its rele...
<p>Pretreatment of the data involved removing 4 warm-up trials per block, latencies slower than 10s,...
<p>(a) Mean response latency as a function of the number of dots. The data of the four younger group...
<p>Comparison of fast and slow latency treatments across evaluation criteria for politics good focal...
Research on group differences in response latency often has as its goal the detection of Group X Tre...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
Several studies focused on the disparity in the efficacy of performance evaluation using the methods...
<p>Higher correlations indicate better performance. The furthest left datapoint indicates no exclusi...
Four studies were developed to investigate response latency in a computerized fluency task with coll...
Responding to all items on tests when there is no penalty for guessing is an often used testwiseness...
Even though response latency can vary greatly among subjects and from trial to trial for the same su...
The analysis of response time has received increasing attention during the last decades, since evide...
<p>Participants' mean target probe response latencies (ms) for each condition (with standard deviati...
Response latencies answering to attitude questions can be used as a measure of chronic attitude acce...
<p>Mean Response Latencies (in milliseconds) and Error Rates (in Percent) with Standard Deviations i...
The speed–accuracy trade-off (SAT) suggests that time constraints reduce response accuracy. Its rele...