<p>Predictions for normal and catch trials in Experiment 2 for a trial in which the object moves from right to left. (A) and (B) depict the optic flow field on normal trials and catch trials, respectively. Gray vectors depict the optic flow of the stationary background and yellow vectors depict the optic flow of the moving objects. (C) and (D) show the object-motion component (dotted lines) and how it is recovered by subtracting the self-motion component (faded dash lines) from the optic flow of the moving objects.</p
SummaryThe vast majority of research on optic flow (retinal motion arising because of observer movem...
<p>Trajectories of seen trials (examples shown as green lines) begin in a location distinct from tho...
For many animals, including humans, the optic flow generated on the eyes during locomotion is an imp...
<p>Predictions for normal and catch trials in Experiment 1. (A) and (B) depict the optic flow field ...
<p>Results for an input sequence with 5 boxes and the background all moving in different directions....
<p>Representation of the experimental setup (a) and the predictions that are made for reaction time ...
In this example, both optic flow patterns were presented in the upper right visual quadrant. In the ...
<p>Both panels (A, B) represent the time course (x-axis) of the platform position (y-axis) used in t...
<p>This box-and-whisker plot illustrates the increase in the simulated MID speed required to match t...
Optic flow is generated by observer motion relative to stationary objects, by movement of objects re...
<p>The four panels show patterns resulting from pure translations (left side), and combined translat...
For many animals, including humans, the optic flow generated on the eyes during locomotion is an imp...
<p>(a) Schematic representation of the stimuli. A random dot planar surface centered on the image sc...
<p>(a) Motion detection task. A dot appears on the left or the right side of the fixation point (FP)...
The vast majority of research on optic flow (retinal motion arising because of observer movement) ha...
SummaryThe vast majority of research on optic flow (retinal motion arising because of observer movem...
<p>Trajectories of seen trials (examples shown as green lines) begin in a location distinct from tho...
For many animals, including humans, the optic flow generated on the eyes during locomotion is an imp...
<p>Predictions for normal and catch trials in Experiment 1. (A) and (B) depict the optic flow field ...
<p>Results for an input sequence with 5 boxes and the background all moving in different directions....
<p>Representation of the experimental setup (a) and the predictions that are made for reaction time ...
In this example, both optic flow patterns were presented in the upper right visual quadrant. In the ...
<p>Both panels (A, B) represent the time course (x-axis) of the platform position (y-axis) used in t...
<p>This box-and-whisker plot illustrates the increase in the simulated MID speed required to match t...
Optic flow is generated by observer motion relative to stationary objects, by movement of objects re...
<p>The four panels show patterns resulting from pure translations (left side), and combined translat...
For many animals, including humans, the optic flow generated on the eyes during locomotion is an imp...
<p>(a) Schematic representation of the stimuli. A random dot planar surface centered on the image sc...
<p>(a) Motion detection task. A dot appears on the left or the right side of the fixation point (FP)...
The vast majority of research on optic flow (retinal motion arising because of observer movement) ha...
SummaryThe vast majority of research on optic flow (retinal motion arising because of observer movem...
<p>Trajectories of seen trials (examples shown as green lines) begin in a location distinct from tho...
For many animals, including humans, the optic flow generated on the eyes during locomotion is an imp...