<p>Left: Representative result from a single trial showing true route computed using noiseless path integration (black curve), localisation with a noisy path integrator and no Hippocampus (blue curve) and localisation with a noisy path integrator and a Hippocampus (red curve). Right: Boxplots of localisation error over trials with medians indicated by red bars, box edges indicating 25th and 75th percentiles, whiskers indicating more extreme points, and outliers plotted as red crosses.</p
<p>(a) represents comparison of positive detection rate. (b) shows comparison of negative detection ...
<p>Responses from all subjects are combined on the same axes. Each radius (colors) gives the head tu...
<p>Mean paths of the network’s trajectories during correct (black) and incorrect (red) categorizatio...
<p>The localization error is plotted along the x-axis. The percentage of sources reconstructed with ...
<p>Data are shown for the three different trial types (single, static, dynamic) for T1 (top row) and...
<p>The variability (root mean squared error) of localization estimates collapsed across viewing cond...
<p>(A) Localization accuracy across subjects for each direction. Each circle represents the percenta...
<p>Symbols are shifted along the abscissa around each target angle for clarity. The dashed black lin...
<p>The bar plots show trial-by-trial times for individual subjects in the three groups when they use...
<p>Population improvement is presented as the difference in localization sensitivity between two tes...
<p><b>Comparative between the method 1, HOG and <i>gist</i></b>. Percentage of correct localizations...
<p>The perceived sound location is depicted per stimulus angle, averaged over presentations. Error b...
<p>Each thick curve is a smoothed average of the perceived locations of the red bar as a function of...
<p>A) Average biases across subjects. B) The distribution of subjects’ individual biases (based on e...
Aligned by electrodes (A,B) or by fiducials (C,D). Individual results are shown in (A) and (C), with...
<p>(a) represents comparison of positive detection rate. (b) shows comparison of negative detection ...
<p>Responses from all subjects are combined on the same axes. Each radius (colors) gives the head tu...
<p>Mean paths of the network’s trajectories during correct (black) and incorrect (red) categorizatio...
<p>The localization error is plotted along the x-axis. The percentage of sources reconstructed with ...
<p>Data are shown for the three different trial types (single, static, dynamic) for T1 (top row) and...
<p>The variability (root mean squared error) of localization estimates collapsed across viewing cond...
<p>(A) Localization accuracy across subjects for each direction. Each circle represents the percenta...
<p>Symbols are shifted along the abscissa around each target angle for clarity. The dashed black lin...
<p>The bar plots show trial-by-trial times for individual subjects in the three groups when they use...
<p>Population improvement is presented as the difference in localization sensitivity between two tes...
<p><b>Comparative between the method 1, HOG and <i>gist</i></b>. Percentage of correct localizations...
<p>The perceived sound location is depicted per stimulus angle, averaged over presentations. Error b...
<p>Each thick curve is a smoothed average of the perceived locations of the red bar as a function of...
<p>A) Average biases across subjects. B) The distribution of subjects’ individual biases (based on e...
Aligned by electrodes (A,B) or by fiducials (C,D). Individual results are shown in (A) and (C), with...
<p>(a) represents comparison of positive detection rate. (b) shows comparison of negative detection ...
<p>Responses from all subjects are combined on the same axes. Each radius (colors) gives the head tu...
<p>Mean paths of the network’s trajectories during correct (black) and incorrect (red) categorizatio...