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深度模块的整合:立体视觉与纹理

Integration of depth modules: stereopsis and texture.

作者信息

Johnston E B, Cumming B G, Parker A J

机构信息

University Laboratory of Physiology, Oxford, England.

出版信息

Vision Res. 1993 Mar-Apr;33(5-6):813-26. doi: 10.1016/0042-6989(93)90200-g.

Abstract

Global shape judgements were employed to examine the combination of stereopsis and shape-from-texture in the determination of three-dimensional shape. Adding textural variations to stereograms increased perceived depth. Thus, texture was not simply vetoed by the strong stereo cue. In experiments where the depth specified by texture was incongruent with that specified by stereo, the data were well described by a weighted linear combination rule. Although only a small weight was assigned to texture, this weight was somewhat greater at a farther viewing distance. This could be a consequence of the decreased reliability of stereopsis at far viewing distances.

摘要

采用全局形状判断来检验立体视觉和纹理形状在三维形状确定中的结合。在立体图中添加纹理变化会增加感知深度。因此,纹理并非简单地被强烈的立体线索否决。在纹理指定的深度与立体指定的深度不一致的实验中,数据可以通过加权线性组合规则得到很好的描述。尽管仅给纹理分配了较小的权重,但在更远的观察距离处该权重会稍大一些。这可能是由于在远距离观察时立体视觉可靠性降低的结果。

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