(A) Spearman rank correlation coefficients between IT and peak CNN layer similarities are shown for each of two CNN models as a function of sample size, expressed as percentage of the total number of units that were activated differentially by the 64 shapes. (B) Pearson correlation coefficients between the mean neural distances and the mean distances of the peak CNN layer (n = 6 mean distances; Fig 10) as a function of percentage of the total number of units. The total number of units (100%) for each CNN layer is listed in the legend. Note that 0.1% corresponds to only 3 Alexnet units, explaining the large range of correlations for that sample size. The dissimilarities were Euclidean distances. Error bars depict 95% confidence intervals, de...
<p>First column: correlations between responses of different filters at the same location. Second co...
Performance comparison of CNN models with different region sizes and other baseline models.</p
<p><b>A.</b> Frequency distribution of the correlation coefficients betw...
(A) Spearman rank correlation coefficients between IT and peak CNN layer similarities are shown for ...
(A, B). Gray curves show the Pearson correlation coefficients between the mean neural distances and ...
Spearman rank correlation coefficients between IT and model layer similarities are shown for each la...
Matrices of Euclidean distances for pixel gray-levels (A), the IT neurons (B), and 5 layers of the t...
<p><i>(A; Top Panel)</i> For each model, we illustrate how summary network statistics (Assortativity...
<p><b>A</b>) Distribution of Fisher-transformed <i>r<sub>sc</sub></i> for all correlations (ordinate...
<p>Each waveform represents the average of all 256 electrodes. Lowest layers are in darker colors, a...
A. Comparison of the Ashcroft score performed by a human pathologist vs the Ashcroft scored by the C...
Morphometric correlation networks of cortical thickness, surface area, and gray matter volume have s...
Investigating the level of similarity between two brain networks, resulting from measures of effecti...
<p>(A) Differences between the HC and PM groups in subjects' structural networks. The black solid po...
Spearman rank correlation coefficients for the correlation between area degree (number of connection...
<p>First column: correlations between responses of different filters at the same location. Second co...
Performance comparison of CNN models with different region sizes and other baseline models.</p
<p><b>A.</b> Frequency distribution of the correlation coefficients betw...
(A) Spearman rank correlation coefficients between IT and peak CNN layer similarities are shown for ...
(A, B). Gray curves show the Pearson correlation coefficients between the mean neural distances and ...
Spearman rank correlation coefficients between IT and model layer similarities are shown for each la...
Matrices of Euclidean distances for pixel gray-levels (A), the IT neurons (B), and 5 layers of the t...
<p><i>(A; Top Panel)</i> For each model, we illustrate how summary network statistics (Assortativity...
<p><b>A</b>) Distribution of Fisher-transformed <i>r<sub>sc</sub></i> for all correlations (ordinate...
<p>Each waveform represents the average of all 256 electrodes. Lowest layers are in darker colors, a...
A. Comparison of the Ashcroft score performed by a human pathologist vs the Ashcroft scored by the C...
Morphometric correlation networks of cortical thickness, surface area, and gray matter volume have s...
Investigating the level of similarity between two brain networks, resulting from measures of effecti...
<p>(A) Differences between the HC and PM groups in subjects' structural networks. The black solid po...
Spearman rank correlation coefficients for the correlation between area degree (number of connection...
<p>First column: correlations between responses of different filters at the same location. Second co...
Performance comparison of CNN models with different region sizes and other baseline models.</p
<p><b>A.</b> Frequency distribution of the correlation coefficients betw...