Publication date
February 2018
DOIAbstract
Accuracy during experiment 2, PSI adjusted method and staircase method, slowed and non-slowed participant
Accuracy during experiment 2, PSI adjusted method and staircase method, slowed and non-slowed participant
<p>(A) Response accuracy (mean and standard error) for the vSTM task as a function of STM task and i...
The purpose of the present investigation was to examine pe-dometer accuracy during stair climbing an...
<p>(A) Mean RT on correct go trials and % errors across the 10 blocks of trials. (B) Correlations be...
Accuracy during experiment 1, PSI marginal method and staircase method, slowed and non-slowed partic...
As Fig 3, the proportion of successful Change-trials for the PSI adjusted and Staircase methods, sep...
The proportion of successful Change-trials (averaged over bins of 8 trials) of the PSI marginal and ...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with increasin...
As Fig 1, a participant’s Go-RTs for one condition in the PSI adjusted method’s block. The line indi...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with stationar...
A central experimental task in executive control research is the Stop-signal task, which allows meas...
Simulation results for PSI marginal, PSI adjusted and staircase methods, with increasing Go-RTs. Res...
Anderson, Jesse. An examination of the effects of accuracy+rate versus accuracy+observing response t...
<p>A: A schematic depiction of the speed-accuracy trade-off (SATO). As reaction time (RT) increases,...
<p>Accuracy values for different time ranges and electrodes for participants K3, K6 and L1.</p
Results of the experimental effects on accuracy and performance variability both in Experiment 1 and...
<p>(A) Response accuracy (mean and standard error) for the vSTM task as a function of STM task and i...
The purpose of the present investigation was to examine pe-dometer accuracy during stair climbing an...
<p>(A) Mean RT on correct go trials and % errors across the 10 blocks of trials. (B) Correlations be...
Accuracy during experiment 1, PSI marginal method and staircase method, slowed and non-slowed partic...
As Fig 3, the proportion of successful Change-trials for the PSI adjusted and Staircase methods, sep...
The proportion of successful Change-trials (averaged over bins of 8 trials) of the PSI marginal and ...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with increasin...
As Fig 1, a participant’s Go-RTs for one condition in the PSI adjusted method’s block. The line indi...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with stationar...
A central experimental task in executive control research is the Stop-signal task, which allows meas...
Simulation results for PSI marginal, PSI adjusted and staircase methods, with increasing Go-RTs. Res...
Anderson, Jesse. An examination of the effects of accuracy+rate versus accuracy+observing response t...
<p>A: A schematic depiction of the speed-accuracy trade-off (SATO). As reaction time (RT) increases,...
<p>Accuracy values for different time ranges and electrodes for participants K3, K6 and L1.</p
Results of the experimental effects on accuracy and performance variability both in Experiment 1 and...
<p>(A) Response accuracy (mean and standard error) for the vSTM task as a function of STM task and i...
The purpose of the present investigation was to examine pe-dometer accuracy during stair climbing an...
<p>(A) Mean RT on correct go trials and % errors across the 10 blocks of trials. (B) Correlations be...
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