stereopsis

(redirected from Stereo vision)
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Related to Stereo vision: stereoscopic vision

ster·e·o·scop·ic vis·ion

the single perception of a slightly different image from each eye.
Synonym(s): stereopsis

binocular vision

The visual perception of a fused single image from 2 eyes viewing the same object from slightly different vantages. Binocular vision results from the convergence of neural signals from the corresponding points on the 2 retinas on the same binocular cell in the primary visual cortex. If the images received from each eye differ widely in shape, orientation or luminant contrast, the images then rival each other rather than fuse.

ster·e·op·sis

(ster'ē-op'sis)
Depth perception (three-dimensional vision) provided by fusion of binocular images.
See also: depth perception
Synonym(s): three-dimensional vision.
[stereo- + G. opsis, vision]

stereopsis

The normal ability to perceive objects as being solid. Stereoscopic vision.

Stereopsis

The visual perception of depth, or the ability to see three-dimensionally. For this to occur, the person must be binocular.
Mentioned in: Vision Training

stereopsis 

Awareness of the relative distances of objects from the observer, by means of binocular vision only and based on retinal disparity. Syn. stereoscopic vision; third-degree fusion. See stereoscopic visual acuity; anaglyph; angle of stereopsis; cortical column; retinal disparity; depth perception; leaf room; stereo-blindness; random-dot stereogram; stereoscopy; Howard-Dolman test; three needle test; two-dimensional test.
References in periodicals archive ?
Fellow team-member from the School of Engineering, Dr Ghaith Tarawneh, said: "Many robots use stereo vision to help them navigate, but this is usually based on complex human stereo.
The mantis is the only insect known to have stereo vision, but given its tiny brain, scientists have long suspected it must involve a simpler process.
A constant stereo vision framework was proposed by Penedo [21],he proposed a continuous stereo vision framework that utilizations one relative view (right camera) and a profundity outline (the stereo vision hardware) to sustain a fluffy based bunching module which fragments the situation into protest data to the client.
The stereo vision sensor uses 3D image processing techniques called "dense stereo matching" to detect obstacles of different shapes, including pedestrians, vehicles, and guardrails, as well as empty road spaces marked by lane lines.
In recent years, stereo vision has been the focus of considerable attention because of its use in various applications such as autonomous vehicles, intelligent robots, three-dimensional (3D) broadcasting systems, and mobile devices [1-5].
3 the main measurement concept is depicted through a picture taken by our stereo vision system [6].
"Measurement of Circumferential Liquid Film Based on LIF and Virtual Stereo Vision Sensor" by T.
Therefore the passive stereo vision technology, which puts low requirements on equipment and environment [7-10], has received wide attention.
Popular range-based sensors include ultrasonic sensors, laser range finders, radar, and stereo vision. Each kind of range-based sensor has its limitations.
With neither stereo vision, nor a structured light method, nor a 3D depth sensor, but with just a CMOS sensor available anywhere, you can achieve the highest level of gesture recognition.
An iterative image registration technique with an application to stereo vision. In Proc.