<p>For each origin site, the black vector indicates the null hypothesis direction (isotropic radial propagation), while the red one indicates the estimated grand-mean direction and the yellow circular sector depicts the variability (95% confidence interval) between individuals. Data indicate a systematic tendency to drift toward frontal areas.</p
a<p>Mean directional angle is measured clockwise from due North.</p>b<p>Mean distance is measured in...
<p>(A) Differential orientation maps generated by drifting sine-wave gratings with SFs of 0.6 cpd an...
All networks have the same instantiation of random connectivity (p = 0.5), similar to Fig 1B1. A Cen...
<p>(A) Example model population activities plotted together with the true source direction (pink), t...
<p>Drifts represented as lines originating from a dilated pupil in direction of constriction. Dilate...
<p><b>A)</b> Preferred directions of otolith afferents. <b>B)</b> Preferred directions of MSTd neuro...
<p><b>a.</b> Gratings with optimal orientation and spatial frequency were drifted across the visual ...
<p>(A) Image of the cortical vasculature. The green and orange polygons indicate regions of areas 17...
<p>When human subjects fixate on optic flow displays wherein an observer moves along a straight path...
<p>(A) Image of the cortical vasculature and schematic diagrams of the stimuli used for driving dire...
<p><i>Top</i>. Control subjects’ data (Experiment 1). <i>Middle</i>. “normal” condition (Experiment ...
<p>(A) Image of the cortical vasculature. The green and orange polygons indicate regions of areas 17...
Abstract Humans infer motion direction from noisy sensory signals. We hypothesize that to make these...
It is well accepted that medium to long range navigation requires the use of an external directional...
<p>The heat map shows the goodness-of-fit as (the probability of remaining at a node) (y axis) and ...
a<p>Mean directional angle is measured clockwise from due North.</p>b<p>Mean distance is measured in...
<p>(A) Differential orientation maps generated by drifting sine-wave gratings with SFs of 0.6 cpd an...
All networks have the same instantiation of random connectivity (p = 0.5), similar to Fig 1B1. A Cen...
<p>(A) Example model population activities plotted together with the true source direction (pink), t...
<p>Drifts represented as lines originating from a dilated pupil in direction of constriction. Dilate...
<p><b>A)</b> Preferred directions of otolith afferents. <b>B)</b> Preferred directions of MSTd neuro...
<p><b>a.</b> Gratings with optimal orientation and spatial frequency were drifted across the visual ...
<p>(A) Image of the cortical vasculature. The green and orange polygons indicate regions of areas 17...
<p>When human subjects fixate on optic flow displays wherein an observer moves along a straight path...
<p>(A) Image of the cortical vasculature and schematic diagrams of the stimuli used for driving dire...
<p><i>Top</i>. Control subjects’ data (Experiment 1). <i>Middle</i>. “normal” condition (Experiment ...
<p>(A) Image of the cortical vasculature. The green and orange polygons indicate regions of areas 17...
Abstract Humans infer motion direction from noisy sensory signals. We hypothesize that to make these...
It is well accepted that medium to long range navigation requires the use of an external directional...
<p>The heat map shows the goodness-of-fit as (the probability of remaining at a node) (y axis) and ...
a<p>Mean directional angle is measured clockwise from due North.</p>b<p>Mean distance is measured in...
<p>(A) Differential orientation maps generated by drifting sine-wave gratings with SFs of 0.6 cpd an...
All networks have the same instantiation of random connectivity (p = 0.5), similar to Fig 1B1. A Cen...