Occlusion junctions do not improve stereoacuity.
Occlusion junctions do not improve stereoacuity.
复制标题
遮挡连接不会提高立体视度。
DOI：
10.1163/15685680152692006
复制
发表时间：
2001
期刊：
影响因子：
--
通讯作者：
Farid,H
中科院分区：
文献类型：
--
作者：
vanEe,R;Anderson,BL;Farid,H
阻塞几何引起双眼间的位移的位置双眼观察轮廓交界处。由于这些变化不会引起正常的双眼视差，它们被称为“假性视差”。以前的工作已经表明，不匹配的轮廓段的部分闭塞的轮廓在闭塞交界处，可以用来恢复闭塞表面的几何形状，通过建设的“虚幻”的轮廓。这里，进行实验以确定当轮廓之间的相对视差低于阈值时，这种接合点移位是否可以增强立体深度检测。我们的研究结果表明，立体深度检测不改善时，伪视差存在。我们的结论是，视觉系统是不太敏感的伪视差比传统的视差信息。我们认为，pseudodisparity的主要作用是克服条件camou年龄。
Occlusion geometry gives rise to interocular shifts in the positions of binocularly viewed contour junctions. Since these shifts do not give rise to normal binocular disparities, they have been called ‘pseudodisparities’. Previous work has shown that the unmatched contour segments of a partially occluded contour at occlusion junctions can be used to recover the geometry of the occluding surface through the construction of ‘illusory’contours. Here, experiments were performed to determine whether such junction shifts could enhance stereoscopic depth detection when the relative disparity between the contours was below threshold. Our results showed that stereoscopic depth detection does not improve when pseudodisparity is present. We conclude that the visual system is less sensitive to pseudodisparity than to conventional disparity information. We suggest that the primary role of pseudodisparity is to overcome conditions of camou age.