<p>Estimated posterior distributions for accuracy (A) and response time in delayed response (DR) (D) and reaction time (RT) (F) conditions by coherence levels with error bars representing the 95% highest density intervals (HDI). Density plots for chains of difference in posterior distributions grouped to easy (green) and hard (orange) for accuracy (B) and response time in DR (E) and RT (G). Difference in combined chains of posterior distributions for accuracy in DR and RT (C). Line below density plots represent 95% HDI of chains of difference.</p
<p>A. Density distribution for reaction times to Go trials in FC (blue), and SC (orange). The bar be...
<p>Eight different coherence levels ranged from 0% to 75%. (A) Model parameters (red: sensory uncert...
Figures 10a and 10b show the predicted time series data from the healthy and impaired posteriors res...
<p>Estimated posterior distributions for drift rate (A) and boundary separation (C) by coherence lev...
Fig 9 shows the posteriors for healthy and impaired data based on an acceptance rate of 0.01%. Poste...
<p>The top row shows the aggregated posterior predictive distribution (densities) overlaid on the ag...
<p>The posterior distribution of the percentage of late and inhibition failures of two exemplary sub...
<p>Posterior probability distributions of the behavior-giving <i>t</i><sub>1</sub>~<i>t</i><sub>8</s...
<p>Observed data are shown by coloured histograms. Lightly shaded histrograms represent correct resp...
A Empirical cumulative density function for the stimulus-based condition RTs, plotted separately for...
<p>The figures show the posterior means of the Weibull distributions for movement rates (in m/s), wi...
<p>Violin plots depicting the posterior distributions for the main effects of memory strength and re...
<p>Circles show posterior medians, thick bars show inter-quartile ranges of the posteriors, and thin...
<p>A: Reaction time as a function of motion coherence (specified as the proportion of dots moving in...
<p>Posterior probability distributions of the behavior-giving parameters with Strategy 1 and 2.</p
<p>A. Density distribution for reaction times to Go trials in FC (blue), and SC (orange). The bar be...
<p>Eight different coherence levels ranged from 0% to 75%. (A) Model parameters (red: sensory uncert...
Figures 10a and 10b show the predicted time series data from the healthy and impaired posteriors res...
<p>Estimated posterior distributions for drift rate (A) and boundary separation (C) by coherence lev...
Fig 9 shows the posteriors for healthy and impaired data based on an acceptance rate of 0.01%. Poste...
<p>The top row shows the aggregated posterior predictive distribution (densities) overlaid on the ag...
<p>The posterior distribution of the percentage of late and inhibition failures of two exemplary sub...
<p>Posterior probability distributions of the behavior-giving <i>t</i><sub>1</sub>~<i>t</i><sub>8</s...
<p>Observed data are shown by coloured histograms. Lightly shaded histrograms represent correct resp...
A Empirical cumulative density function for the stimulus-based condition RTs, plotted separately for...
<p>The figures show the posterior means of the Weibull distributions for movement rates (in m/s), wi...
<p>Violin plots depicting the posterior distributions for the main effects of memory strength and re...
<p>Circles show posterior medians, thick bars show inter-quartile ranges of the posteriors, and thin...
<p>A: Reaction time as a function of motion coherence (specified as the proportion of dots moving in...
<p>Posterior probability distributions of the behavior-giving parameters with Strategy 1 and 2.</p
<p>A. Density distribution for reaction times to Go trials in FC (blue), and SC (orange). The bar be...
<p>Eight different coherence levels ranged from 0% to 75%. (A) Model parameters (red: sensory uncert...
Figures 10a and 10b show the predicted time series data from the healthy and impaired posteriors res...