<p>The difference between the Invalid and Valid trials per condition is noted as the Validity effect. The small temporal validity effects at 1100ms were expected, and are due to the influence of the variable FP effect on temporal orienting.</p><p>Mean and standard deviation (in parentheses) measures of response time, in milliseconds, for the Adult and Child groups on the various levels of the Cue (Space, Time), Validity (Valid, Invalid), and Stimulus Onset Asynchrony (SOA) (500ms, 1100ms) independent variables of the spatial and temporal orienting task.</p
Stanley, Howell, and Smith (1980) present an alternative analysis of the persistence data obtained b...
<p>(a) Data represent absolute reaction times (ms) and standard deviations in for the different SOA ...
<p>Mean Response Latencies (in milliseconds) with Standard Deviations in the Cued Categorization Tas...
<p>Mean and standard deviation (in parentheses) measures of response time, in milliseconds, for the ...
<p>Mean and standard deviation (in parentheses) measures of response time, in milliseconds, for the ...
<p>This indicates the presence of both spatial and temporal validity effects in the adults, but only...
Reaction times of participants per group per stimulus type per presentation time and cue validity ef...
<p>Mean reaction time (Standard deviation) for the Vertical-shift-object and Non-vertical-shift-obje...
<p>Mean reaction times (in ms) and standard deviations (SD) as a function of Trial Validity and Cue ...
<p>The resulting gaze cueing effect (RT difference between invalid and valid trials) is indicated in...
Magnitudes or quantities of the different dimensions that define a stimulus (e.g., space, speed or n...
<p>A: Response time for spatial relation, visual field and cue size main effects; B: Accuracy for sp...
The temporal stability of the effects induced by the Cued Reaction Time Task (CRTT) on the orienting...
Magnitudes or quantities of the different dimensions that define a stimulus (e.g., space, speed or n...
<p>Lines represent the average accuracy (<b>A</b>) and the average RT (<b>B</b>) for validly (solid)...
Stanley, Howell, and Smith (1980) present an alternative analysis of the persistence data obtained b...
<p>(a) Data represent absolute reaction times (ms) and standard deviations in for the different SOA ...
<p>Mean Response Latencies (in milliseconds) with Standard Deviations in the Cued Categorization Tas...
<p>Mean and standard deviation (in parentheses) measures of response time, in milliseconds, for the ...
<p>Mean and standard deviation (in parentheses) measures of response time, in milliseconds, for the ...
<p>This indicates the presence of both spatial and temporal validity effects in the adults, but only...
Reaction times of participants per group per stimulus type per presentation time and cue validity ef...
<p>Mean reaction time (Standard deviation) for the Vertical-shift-object and Non-vertical-shift-obje...
<p>Mean reaction times (in ms) and standard deviations (SD) as a function of Trial Validity and Cue ...
<p>The resulting gaze cueing effect (RT difference between invalid and valid trials) is indicated in...
Magnitudes or quantities of the different dimensions that define a stimulus (e.g., space, speed or n...
<p>A: Response time for spatial relation, visual field and cue size main effects; B: Accuracy for sp...
The temporal stability of the effects induced by the Cued Reaction Time Task (CRTT) on the orienting...
Magnitudes or quantities of the different dimensions that define a stimulus (e.g., space, speed or n...
<p>Lines represent the average accuracy (<b>A</b>) and the average RT (<b>B</b>) for validly (solid)...
Stanley, Howell, and Smith (1980) present an alternative analysis of the persistence data obtained b...
<p>(a) Data represent absolute reaction times (ms) and standard deviations in for the different SOA ...
<p>Mean Response Latencies (in milliseconds) with Standard Deviations in the Cued Categorization Tas...