<p>The filled dots represent the data for the session with balls starting from the left. When the ball starts on the left (filled circles), decreases in the minimum sensorimotor uncertainty are associated with increases in the shallowness of the valley (that is, the valley angle increases). In contrast, when the ball starts on the right (unfilled circles), increases in the minimum sensorimotor uncertainty are associated with decreases in the shallowness of the valley (that is, the valley angle decreases).</p
Contains fulltext : 88837.pdf (publisher's version ) (Open Access)Background It is...
<p>(<b>A</b>) as a function of the time between images; (<b>B</b>) as a function of the distance bet...
(A) Input to neural mean-field model. Each node received weak variable input corresponding to prior ...
<p>Contribution of sensorimotor uncertainty and shallowness of the valley to switching time variabil...
<p>A. Sensory uncertainty. The horizontal velocity of the ball (which determines its landing positio...
<p>A. Correlation between the variability in the switching time and the minimum sensorimotor uncerta...
<p><b>Sensorimotor uncertainty function and empirical switching times for all ten subjects (A–J), fo...
<p>Shows that the uncertainty tends to be slightly higher if the estimated influence of a particular...
<p>The scatterplot shows explained variance of pin distances (dark gray circles) and decision hyster...
<p>In these plots, we compare a pair of shape measures for each vertex of each right cortical region...
Attentional cues may increase the detectability of a stimulus by increasing its signal-to-noise rati...
<p>In each case, the number on the curve indicates the ratio of the length of the sensorium to its h...
<p>Inferred states (top row) and trajectories through state-space (bottom row) under different level...
Circles represent data point taken at the deep focal position, triangles represent data taken at a s...
<p>The blue lines show the smoothed place field sizes (10-point moving average), normalized to a mea...
Contains fulltext : 88837.pdf (publisher's version ) (Open Access)Background It is...
<p>(<b>A</b>) as a function of the time between images; (<b>B</b>) as a function of the distance bet...
(A) Input to neural mean-field model. Each node received weak variable input corresponding to prior ...
<p>Contribution of sensorimotor uncertainty and shallowness of the valley to switching time variabil...
<p>A. Sensory uncertainty. The horizontal velocity of the ball (which determines its landing positio...
<p>A. Correlation between the variability in the switching time and the minimum sensorimotor uncerta...
<p><b>Sensorimotor uncertainty function and empirical switching times for all ten subjects (A–J), fo...
<p>Shows that the uncertainty tends to be slightly higher if the estimated influence of a particular...
<p>The scatterplot shows explained variance of pin distances (dark gray circles) and decision hyster...
<p>In these plots, we compare a pair of shape measures for each vertex of each right cortical region...
Attentional cues may increase the detectability of a stimulus by increasing its signal-to-noise rati...
<p>In each case, the number on the curve indicates the ratio of the length of the sensorium to its h...
<p>Inferred states (top row) and trajectories through state-space (bottom row) under different level...
Circles represent data point taken at the deep focal position, triangles represent data taken at a s...
<p>The blue lines show the smoothed place field sizes (10-point moving average), normalized to a mea...
Contains fulltext : 88837.pdf (publisher's version ) (Open Access)Background It is...
<p>(<b>A</b>) as a function of the time between images; (<b>B</b>) as a function of the distance bet...
(A) Input to neural mean-field model. Each node received weak variable input corresponding to prior ...