On the x-axis, the shape and texture of each object are given as shape-texture. Filled black bars display the probability given by the network to the correct shape. Outlined bars display the probability given by the network for the correct texture.</p
<p>In Panel A the black circles show the probability of obtaining the same motoric and symbolic resp...
The 3D surface plot of the output variable: Risk level, versus the two input variables: Probability ...
Projected graph properties for different animals, with the number of neurons as the X-axis.</p
On the x-axis, the shape and texture of each object are given as shape-texture. Filled black bars di...
The left most column shows the image presented. The second column in each row names the object from ...
The leftmost column shows the image presented to VGG-19. The second column from the left shows the c...
Bars show probabilities for correct responses for each of the objects. Probability is plotted on a l...
The leftmost column shows the image presented to the DCNN. The second column shows the correct objec...
The leftmost column shows the image presented to the VGG-19 DCNN. The second column shows the correc...
(a) Predicted probability of being an occlusion edge by the AO (blue curve). Image patches are sorte...
<p>Symbols show individual performance of animals (2000 Hz: n = 6, 4000 Hz: n = 6, 6000 Hz: n = 5). ...
<p>(A). Two input scenes. (B). Probability maps, i.e., the probability of a scene patch of 48×48 pix...
<p>Bar graphs show conditional probabilities for the decision ‘distance felt’ in combination with ei...
<p>Subjective probabilities of disease transmission between each premise animal and conclusion anima...
<p>Example of densities of animals at different types of edge shapes, for width of shapes = 10.</p
<p>In Panel A the black circles show the probability of obtaining the same motoric and symbolic resp...
The 3D surface plot of the output variable: Risk level, versus the two input variables: Probability ...
Projected graph properties for different animals, with the number of neurons as the X-axis.</p
On the x-axis, the shape and texture of each object are given as shape-texture. Filled black bars di...
The left most column shows the image presented. The second column in each row names the object from ...
The leftmost column shows the image presented to VGG-19. The second column from the left shows the c...
Bars show probabilities for correct responses for each of the objects. Probability is plotted on a l...
The leftmost column shows the image presented to the DCNN. The second column shows the correct objec...
The leftmost column shows the image presented to the VGG-19 DCNN. The second column shows the correc...
(a) Predicted probability of being an occlusion edge by the AO (blue curve). Image patches are sorte...
<p>Symbols show individual performance of animals (2000 Hz: n = 6, 4000 Hz: n = 6, 6000 Hz: n = 5). ...
<p>(A). Two input scenes. (B). Probability maps, i.e., the probability of a scene patch of 48×48 pix...
<p>Bar graphs show conditional probabilities for the decision ‘distance felt’ in combination with ei...
<p>Subjective probabilities of disease transmission between each premise animal and conclusion anima...
<p>Example of densities of animals at different types of edge shapes, for width of shapes = 10.</p
<p>In Panel A the black circles show the probability of obtaining the same motoric and symbolic resp...
The 3D surface plot of the output variable: Risk level, versus the two input variables: Probability ...
Projected graph properties for different animals, with the number of neurons as the X-axis.</p