Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for the model estimated to data presented by Drew et al. [46]. (TIF)</p
The first six columns show the means and standard deviations, 2.5th, 50th, and 97.5th percentiles of...
<p>Red dots: median value of parameter estimates; black dotted lines: lower and higher bounds of par...
<p><b>A.</b> The parameters that define the logistic function are illustrated: λ<sub>A</sub>, lapse ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
<p>Model parameters or initial conditions of variables are given on the x-axis of each subfigure. Th...
Each subplot shows the histogram of the samples from the approximate parameter posterior. The x-axis...
Columns show different versions of the task. Rows show model fits for (A) the distance model (unscal...
<p>The 95% symmetric credible intervals are also included for each parameter.</p><p>Mean posterior p...
<p>Our most probable model (bolded) included the composite variable of population age and population...
<p>The 95% symmetric credible intervals are also included for each parameter.</p><p>Mean posterior p...
<p>Mean posterior log-likelihood of the data for each round and site given the model and different s...
<p>Each panel shows the marginal posterior distributions over a single parameter for each subject an...
The first six columns show the means and standard deviations, 2.5th, 50th, and 97.5th percentiles of...
<p>Red dots: median value of parameter estimates; black dotted lines: lower and higher bounds of par...
<p><b>A.</b> The parameters that define the logistic function are illustrated: λ<sub>A</sub>, lapse ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
Posterior probability profile (y-axis) for each estimated model parameter (x-axis, log10 space) for ...
<p>Model parameters or initial conditions of variables are given on the x-axis of each subfigure. Th...
Each subplot shows the histogram of the samples from the approximate parameter posterior. The x-axis...
Columns show different versions of the task. Rows show model fits for (A) the distance model (unscal...
<p>The 95% symmetric credible intervals are also included for each parameter.</p><p>Mean posterior p...
<p>Our most probable model (bolded) included the composite variable of population age and population...
<p>The 95% symmetric credible intervals are also included for each parameter.</p><p>Mean posterior p...
<p>Mean posterior log-likelihood of the data for each round and site given the model and different s...
<p>Each panel shows the marginal posterior distributions over a single parameter for each subject an...
The first six columns show the means and standard deviations, 2.5th, 50th, and 97.5th percentiles of...
<p>Red dots: median value of parameter estimates; black dotted lines: lower and higher bounds of par...
<p><b>A.</b> The parameters that define the logistic function are illustrated: λ<sub>A</sub>, lapse ...
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