The top row demonstrates ground truth (x-axis) vs. estimated (y-axis) parameters. The dashed line along the diagonals indicate the point of perfect parameter recovery. The lower row of plots depict relationships between parameter estimates, to verify absence of correlation in parameter estimates. Note that since the models are constrained such that , the plot of vs. demonstrates what appears to be a positive correlation.</p
Spearman's correlation estimating the relationship between the true and recovered parameters.</p
<p>Each row of panels represents the simulation type (simulation I, II, and III), and each column re...
Optimization of the trafficking parameters begins with initial guesses for the fifteen trafficking a...
<p>(A) Correlation matrix of the free parameters for Experiment 1 (left) and Experiment 2 (right). D...
The true values (x-axes) of the four parameters (μγ, σb, σw, tdiv) and their corresponding model est...
<p><b>Top left</b>: Mean reaction time per condition. <b>Top right</b>: Confidence assigned to estim...
<p>The left panel shows three datasets of temporal signals representing predictor variables at , a...
<p>Each plot shows the predicted (x-axis) versus the actual (y-axis) across several different mode...
<p>The Venn diagrams indicate how the variability is distributed across the 2 regressors where red i...
Fig A. Parameter Recovery for Distance Model. Table A. Correlations Between Generating and Recovered...
<p>On the x-axis the parameter is varied and on the y-axis the corresponding evidence is plotted. T...
The first row displays the correlations between true value and estimated θ0. The second row focuses ...
<p>P-value observed is plotted on the y-axis and P-expected is plotted on the x-axis. Each color rep...
<p>Examples of the stimuli presented to the subjects are shown in the panels at the left side. Only ...
<p>Blue line is the grand mean of estimates of each parameter. Parameter a is the y-intercept of lin...
Spearman's correlation estimating the relationship between the true and recovered parameters.</p
<p>Each row of panels represents the simulation type (simulation I, II, and III), and each column re...
Optimization of the trafficking parameters begins with initial guesses for the fifteen trafficking a...
<p>(A) Correlation matrix of the free parameters for Experiment 1 (left) and Experiment 2 (right). D...
The true values (x-axes) of the four parameters (μγ, σb, σw, tdiv) and their corresponding model est...
<p><b>Top left</b>: Mean reaction time per condition. <b>Top right</b>: Confidence assigned to estim...
<p>The left panel shows three datasets of temporal signals representing predictor variables at , a...
<p>Each plot shows the predicted (x-axis) versus the actual (y-axis) across several different mode...
<p>The Venn diagrams indicate how the variability is distributed across the 2 regressors where red i...
Fig A. Parameter Recovery for Distance Model. Table A. Correlations Between Generating and Recovered...
<p>On the x-axis the parameter is varied and on the y-axis the corresponding evidence is plotted. T...
The first row displays the correlations between true value and estimated θ0. The second row focuses ...
<p>P-value observed is plotted on the y-axis and P-expected is plotted on the x-axis. Each color rep...
<p>Examples of the stimuli presented to the subjects are shown in the panels at the left side. Only ...
<p>Blue line is the grand mean of estimates of each parameter. Parameter a is the y-intercept of lin...
Spearman's correlation estimating the relationship between the true and recovered parameters.</p
<p>Each row of panels represents the simulation type (simulation I, II, and III), and each column re...
Optimization of the trafficking parameters begins with initial guesses for the fifteen trafficking a...
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