AbstractTo study the contribution of vision to the perception of ego-motion, one often dissociates the retinal flow from the corresponding extra-retinal information on eye, head and body movement. This puts the observer in a conflict concerning the experienced ego-motion. When the retinal flow of a translating and rotating eye is shown to a stationary eye, observers often perceive ego-motion on a curved path. In contrast, when they receive the same retinal flow with a rotating eye subjects correctly perceive the simulated rectilinear ego-motion. Thus, different visual representations of ego-motion gain precedence when using the conflict stimulus and when using conditions in which the visual and extra-retinal information accord. Because the ...
We recently published a study of the reconstruction of passively travelled trajectories from optic f...
As we move about the world, our retinal image of the world undergoes a lawful transformation, called...
Previous studies have documented that the perception of self-motion direction can be extracted from ...
AbstractTo study the contribution of vision to the perception of ego-motion, one often dissociates t...
AbstractThe ability to judge heading during tracking eye movements has recently been examined by sev...
AbstractA veridical percept of ego-motion is normally derived from a combination of visual, vestibul...
AbstractThe percept of self-motion through the environment is supported by visual motion signals and...
AbstractWhen presented with random-dot displays with little depth information, observers cannot dete...
AbstractSeveral aspects of the viewing situation affect the ability to determine heading from optica...
AbstractHow do observers perceive their direction of self-motion when traveling on a straight path w...
SummaryThe vast majority of research on optic flow (retinal motion arising because of observer movem...
AbstractHumans perceive heading accurately when they rotate their eyes. This is remarkable, because ...
textabstractThe retinal flow during normal locomotion contains components due to rotation and transl...
AbstractWe present results from computer simulations of a biologically plausible model of heading de...
During locomotion humans can judge where they are heading relative to the scene and the movement of ...
We recently published a study of the reconstruction of passively travelled trajectories from optic f...
As we move about the world, our retinal image of the world undergoes a lawful transformation, called...
Previous studies have documented that the perception of self-motion direction can be extracted from ...
AbstractTo study the contribution of vision to the perception of ego-motion, one often dissociates t...
AbstractThe ability to judge heading during tracking eye movements has recently been examined by sev...
AbstractA veridical percept of ego-motion is normally derived from a combination of visual, vestibul...
AbstractThe percept of self-motion through the environment is supported by visual motion signals and...
AbstractWhen presented with random-dot displays with little depth information, observers cannot dete...
AbstractSeveral aspects of the viewing situation affect the ability to determine heading from optica...
AbstractHow do observers perceive their direction of self-motion when traveling on a straight path w...
SummaryThe vast majority of research on optic flow (retinal motion arising because of observer movem...
AbstractHumans perceive heading accurately when they rotate their eyes. This is remarkable, because ...
textabstractThe retinal flow during normal locomotion contains components due to rotation and transl...
AbstractWe present results from computer simulations of a biologically plausible model of heading de...
During locomotion humans can judge where they are heading relative to the scene and the movement of ...
We recently published a study of the reconstruction of passively travelled trajectories from optic f...
As we move about the world, our retinal image of the world undergoes a lawful transformation, called...
Previous studies have documented that the perception of self-motion direction can be extracted from ...