<p><i>A</i>. Underlying pre-criterion competence (Y-axis) plotted as a function of the pre-criterion performance actually expressed within the simulation (X-axis). <i>B</i>. Underlying post-criterion competence (Y-axis) plotted as a function of the pre-criterion performance actually expressed within the simulation (X-axis). <i>C</i>. The change in underlying performance competence (Y-axis) plotted as a function of the change in performance actually expressed within the simulation (X-axis). In all panels, the diagonal line represents perfect correspondence between the observed performance produced by the simulation and its underlying true competence at the point of producing that observed performance. Each data point represents the average d...
<p>In the Data column, S1 indicates data from the first simulation method, S2 indicates data from th...
<p><i>A</i>: Schematic representation of the task domain. Four contexts (blue circles) were simulate...
Fig A. Improvement on test set loss saturates as the number of transition matrices increases. (a) Te...
<p><i>A</i>. Underlying pre-criterion competence (Y-axis) plotted as a function of the pre-criterion...
<p><i>A</i>. Underlying pre-criterion competence (Y-axis) plotted as a function of the pre-criterion...
A: Encoding models used in simulation 1. B: Steps taken in each repetition of simulation 1. See main...
<p>This indicates the extent that each metric can be used to predict performance.</p
Chapter 2: In learning environments, understanding the longitudinal path of learning is one of the m...
<p>Each line represents a different model composed of a pair of Reinforcement Learning systems. Each...
<p>The plots show the simulation results as medians over six different simulation runs. Blue lines s...
<p><i>A</i>. Backward learning curve summarizing ALCOVE’s average accuracy. <i>B</i>. Underlying com...
A: Encoding model for simulation 2. See main text for details. Panels B-E show the decoding results ...
Within each growth layout, a logistic regression was performed to classify connection existence from...
A. Example encoding stage representations of novel object images. Each subtask consists of images of...
<p>Each experiment is shown in a row of the figure, and the left column presents results for trained...
<p>In the Data column, S1 indicates data from the first simulation method, S2 indicates data from th...
<p><i>A</i>: Schematic representation of the task domain. Four contexts (blue circles) were simulate...
Fig A. Improvement on test set loss saturates as the number of transition matrices increases. (a) Te...
<p><i>A</i>. Underlying pre-criterion competence (Y-axis) plotted as a function of the pre-criterion...
<p><i>A</i>. Underlying pre-criterion competence (Y-axis) plotted as a function of the pre-criterion...
A: Encoding models used in simulation 1. B: Steps taken in each repetition of simulation 1. See main...
<p>This indicates the extent that each metric can be used to predict performance.</p
Chapter 2: In learning environments, understanding the longitudinal path of learning is one of the m...
<p>Each line represents a different model composed of a pair of Reinforcement Learning systems. Each...
<p>The plots show the simulation results as medians over six different simulation runs. Blue lines s...
<p><i>A</i>. Backward learning curve summarizing ALCOVE’s average accuracy. <i>B</i>. Underlying com...
A: Encoding model for simulation 2. See main text for details. Panels B-E show the decoding results ...
Within each growth layout, a logistic regression was performed to classify connection existence from...
A. Example encoding stage representations of novel object images. Each subtask consists of images of...
<p>Each experiment is shown in a row of the figure, and the left column presents results for trained...
<p>In the Data column, S1 indicates data from the first simulation method, S2 indicates data from th...
<p><i>A</i>: Schematic representation of the task domain. Four contexts (blue circles) were simulate...
Fig A. Improvement on test set loss saturates as the number of transition matrices increases. (a) Te...