<p>Response accuracy decreased as viewing eccentricity increased in Experiment 1, but not in Experiment 2. Response accuracy also decreased with increasing element number.</p
<p><b>Reaction times (a) and accuracy rates (b) in Experiment 1 as a function of response type (i.e....
<p>Effect of sample size on the prediction accuracy of miRLocator and miRdup.</p
Visual acuity and contrast sensitivity progressively diminish with increasing viewing eccentricity. ...
<p>Variation coefficients increased as viewing eccentricity increased in Experiment 1, but not in Ex...
<p>Enumeration errors increased as viewing eccentricity increased in Experiment 1, but not in Experi...
<p>Subitizing capacities as a function of viewing eccentricity were generally flat for unscaled (Exp...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Error bars represent the standard error of the mean and * indicates a significant difference reve...
<p>(A) The accuracy (mean ± SEM) for long (L) and short (S) stimuli, denoted by filled and open bars...
<p>As the size of the copied forms deviated from the size of the target form, shape accuracy scores ...
<p>Error frequency increased when the representation of the responses in the target and flanker were...
AbstractDouble E2N2 scaling, i.e. magnifying size and contrast, allows modelling of the deterioratio...
<p>Measures of performance accuracy (percent correct), sensitivity (d'), and response bias (β) in th...
Proportion of (A) mismatch responses, (B) auditory responses, (C) visual responses, and (D) Other re...
<p><b>Reaction times (a) and accuracy rates (b) in Experiment 1 as a function of response type (i.e....
<p>Effect of sample size on the prediction accuracy of miRLocator and miRdup.</p
Visual acuity and contrast sensitivity progressively diminish with increasing viewing eccentricity. ...
<p>Variation coefficients increased as viewing eccentricity increased in Experiment 1, but not in Ex...
<p>Enumeration errors increased as viewing eccentricity increased in Experiment 1, but not in Experi...
<p>Subitizing capacities as a function of viewing eccentricity were generally flat for unscaled (Exp...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Vertical bars represent within-subject SEM. <b>A.</b> Top figure shows d′ values significantly de...
<p>Error bars represent the standard error of the mean and * indicates a significant difference reve...
<p>(A) The accuracy (mean ± SEM) for long (L) and short (S) stimuli, denoted by filled and open bars...
<p>As the size of the copied forms deviated from the size of the target form, shape accuracy scores ...
<p>Error frequency increased when the representation of the responses in the target and flanker were...
AbstractDouble E2N2 scaling, i.e. magnifying size and contrast, allows modelling of the deterioratio...
<p>Measures of performance accuracy (percent correct), sensitivity (d'), and response bias (β) in th...
Proportion of (A) mismatch responses, (B) auditory responses, (C) visual responses, and (D) Other re...
<p><b>Reaction times (a) and accuracy rates (b) in Experiment 1 as a function of response type (i.e....
<p>Effect of sample size on the prediction accuracy of miRLocator and miRdup.</p
Visual acuity and contrast sensitivity progressively diminish with increasing viewing eccentricity. ...
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