As Fig 1, a participant’s Go-RTs for one condition in the PSI adjusted method’s block. The line indicates the increasing number of Change-trials, the circles are Go-RTs.</p
Each plot shows data for one participant, and the data are the mean SD of the step frequency (SF) ch...
<p>Pointing (control block): mean reaction times (RT) in ms per experimental condition and the 95% c...
<p>(a) Stop signal paradigm. In “go” trials (∼75%), observers responded to the go signal (a circle),...
A participant’s Go-RTs for one condition. The line indicates the increasing number of Change-trials ...
Simulation results for PSI marginal, PSI adjusted and staircase methods, with increasing Go-RTs. Res...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with increasin...
Panel A shows correlation coefficients between simulated and estimated SSRTs, panel B shows mean abs...
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...
The proportion of successful Change-trials (averaged over bins of 8 trials) of the PSI marginal and ...
Highest probability parameters for the PSI marginal method (Experiment 1) and PSI adjusted method (E...
As Fig 3, the proportion of successful Change-trials for the PSI adjusted and Staircase methods, sep...
Accuracy during experiment 2, PSI adjusted method and staircase method, slowed and non-slowed partic...
Accuracy during experiment 1, PSI marginal method and staircase method, slowed and non-slowed partic...
<p>(A) Sequence of events in the go and stop trials for the Go_only (GOT) and countermanding (CMT) t...
Each plot shows data for one participant, and the data are the mean SD of the step frequency (SF) ch...
<p>Pointing (control block): mean reaction times (RT) in ms per experimental condition and the 95% c...
<p>(a) Stop signal paradigm. In “go” trials (∼75%), observers responded to the go signal (a circle),...
A participant’s Go-RTs for one condition. The line indicates the increasing number of Change-trials ...
Simulation results for PSI marginal, PSI adjusted and staircase methods, with increasing Go-RTs. Res...
Performance of the PSI marginal method, PSI adjusted method, and the staircase method with increasin...
Panel A shows correlation coefficients between simulated and estimated SSRTs, panel B shows mean abs...
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...
The proportion of successful Change-trials (averaged over bins of 8 trials) of the PSI marginal and ...
Highest probability parameters for the PSI marginal method (Experiment 1) and PSI adjusted method (E...
As Fig 3, the proportion of successful Change-trials for the PSI adjusted and Staircase methods, sep...
Accuracy during experiment 2, PSI adjusted method and staircase method, slowed and non-slowed partic...
Accuracy during experiment 1, PSI marginal method and staircase method, slowed and non-slowed partic...
<p>(A) Sequence of events in the go and stop trials for the Go_only (GOT) and countermanding (CMT) t...
Each plot shows data for one participant, and the data are the mean SD of the step frequency (SF) ch...
<p>Pointing (control block): mean reaction times (RT) in ms per experimental condition and the 95% c...
<p>(a) Stop signal paradigm. In “go” trials (∼75%), observers responded to the go signal (a circle),...
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