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对自然场景中空间扭曲的(不)敏感性。

(In) sensitivity to spatial distortion in natural scenes.

作者信息

Bex Peter J

机构信息

Schepens Eye Research Institute, Harvard Medical School, Boston, MA, USA.

出版信息

J Vis. 2010 Feb 24;10(2):23.1-15. doi: 10.1167/10.2.23.

Abstract

The perception of object structure in the natural environment is remarkably stable under large variation in image size and projection, especially given our insensitivity to spatial position outside the fovea. Sensitivity to periodic spatial distortions that were introduced into one quadrant of gray-scale natural images was measured in a 4AFC task. Observers were able to detect the presence of distortions in unfamiliar images even though they did not significantly affect the amplitude spectrum. Sensitivity depended on the spatial period of the distortion and on the image structure at the location of the distortion. The results suggest that the detection of distortion involves decisions made in the late stages of image perception and is based on an expectation of the typical structure of natural scenes.

摘要

在自然环境中,物体结构的感知在图像大小和投影的大幅变化下仍非常稳定,特别是考虑到我们对中央凹以外空间位置的不敏感。在一项4AFC任务中,测量了对引入灰度自然图像一个象限的周期性空间畸变的敏感度。尽管畸变对幅度谱没有显著影响,但观察者仍能够在不熟悉的图像中检测到畸变的存在。敏感度取决于畸变的空间周期以及畸变位置处的图像结构。结果表明,畸变的检测涉及图像感知后期做出的决策,并且基于对自然场景典型结构的预期。

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