Humans are able to see things that are both far and near, and can actually identify where those objects are in space (meaning, they can determine if those objects are close or far away). This sort of depth perception requires both of our eyes, which is referred to as binocular cues (de...
Learn about the binocular cues for depth perception, and understand the meaning of binocular rivalry and retinal disparity through the binocular...
Cognitive psychology Perception of motion -in -depth| Induced motion effects on monocular and binocular cues THE UNIVERSITY OF ALABAMA AT BIRMINGHAM Paul D.R. Gamlin GampherJohn EricThree cues are available to the visual system to determine motion: image displacement across the retina (retinal slip...
Studies the effects of changes of depth orientation on perception. Depth invariance; Template familiarity; Nondecomposable, nondistinctive stimuli. I Biederman,PC Gerhardstein - 《Journal of Experimental Psychology Human Perception & Performan》 被引量: 1151发表: 1993年 Recognizing depth-rotated objects...
Binocular differencing of spatial cues required for perceiving depth relationships is associated with decreased sensitivity to the corresponding retinal image displacements. However, binocular summation of contrast signals increases sensitivity. Here, we investigated this divergence in sensitivity by making ...
One such circum stance is viewing the three-dimensional form with one eye closed, so that the depth cues provided by binocular vision are eliminated. The masks at Disney land, however, show that sometimes ob jects are routinely perceived inside out in spite of the availability of all the ...
Although it is well known that motion-in-depth can be detected using binocular cues, it is not known whether those cues can be used to judge the speed of an object moving in depth. There are at least t two possible binocular cues that could be used by the visual system to calculate th...
Watt,SJ Bradshaw,F Mark - 《Journal of Experimental Psychology Human Perception & Performance》 被引量: 102发表: 2003年 Perception of scene-relative object movement: Optic flow parsing and the contribution of monocular depth cues We have recently suggested that the brain uses its sensitivity to op...
When we track an object moving in depth, our eyes rotate in opposite directions. This type of “disjunctive” eye movement is called horizontal vergence. The sensory control signals for vergence arise from multiple visual cues, two of which, changing binocular disparity (CD) and inter-ocular vel...
In summary, non-stereoscopic cues encompass monocular cues and at least four potential binocular non-stereoscopic cues: binocular luster, diplopia/confusion, binocular rivalry, and rivaldepth (Table1). In theory, any or all of these cues could be used to identify shapes or items in depth in ra...