Ensemble averaged TAMSD curves for experimental (black) and simulation (orange) alongside the line of diffusion (red dashed), which is included as a guide to the eye. The simulation data has been extended into a region inaccessible to experimentation in which a crossover to diffusion is observable. Error bars are too small to be visible.</p
<p>Averaged density (A), density difference curves (B), and boxplots for the distributions of crossi...
Comparison of the experimental data from the literature with the simulation results of this study.</...
In each plot the blue curves represent the experimental means and the values correspond to those pre...
<p>Red curves show the simulation results, which are compared to to the experimental data points. Er...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>Experimentally measured DTs (red circles) are well described by the DDM with leaky integration (b...
<p>This shows the performance of the three different methods (MELD, t+TFCE, and t-test) on simulated...
A: Scan of parameter space over the learning rate α and the movement rate m. The darker red colours ...
<p>A–D) Comparison between experimental data (solid lines) and simulations (dotted lines) using para...
The black and red curves represent the values for the pre- post-test condition, respectively. Grey s...
This figure compares the simulated results (red shades) with experimental data (blue shades) for one...
<p>(<b>A</b>) Simulation fitting result (mean (full line) ± standard deviation (area)) compared to i...
<p>Top to bottom: Prevalence of MDE, Prevalence of GAD, Odds ratio, Cronbach' alpha. Densities of ne...
<p>Black dots are the experimental data from reference <a href="http://www.ploscompbiol.org/article/...
<p>Averaged density (A), density difference curves (B), and boxplots for the distributions of crossi...
Comparison of the experimental data from the literature with the simulation results of this study.</...
In each plot the blue curves represent the experimental means and the values correspond to those pre...
<p>Red curves show the simulation results, which are compared to to the experimental data points. Er...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>Experimentally measured DTs (red circles) are well described by the DDM with leaky integration (b...
<p>This shows the performance of the three different methods (MELD, t+TFCE, and t-test) on simulated...
A: Scan of parameter space over the learning rate α and the movement rate m. The darker red colours ...
<p>A–D) Comparison between experimental data (solid lines) and simulations (dotted lines) using para...
The black and red curves represent the values for the pre- post-test condition, respectively. Grey s...
This figure compares the simulated results (red shades) with experimental data (blue shades) for one...
<p>(<b>A</b>) Simulation fitting result (mean (full line) ± standard deviation (area)) compared to i...
<p>Top to bottom: Prevalence of MDE, Prevalence of GAD, Odds ratio, Cronbach' alpha. Densities of ne...
<p>Black dots are the experimental data from reference <a href="http://www.ploscompbiol.org/article/...
<p>Averaged density (A), density difference curves (B), and boxplots for the distributions of crossi...
Comparison of the experimental data from the literature with the simulation results of this study.</...
In each plot the blue curves represent the experimental means and the values correspond to those pre...