用于量化图像粗糙度和清晰度的视觉多极

S. Klein, T. Carney
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引用次数: 0

摘要

在最近的SPIE人类视觉、视觉处理和数字显示会议(1989)上,很明显,许多显示工程师对人类视觉系统的特性很感兴趣。关于人类表现的知识被用于改进测量图像质量的度量,也用于改进数据压缩算法。从那次会议上可以明显看出,显示工程师和视觉研究人员使用的语言还没有完全融合。本次关于应用视觉的会议为各小组之间的进一步讨论和交流提供了一个极好的论坛,本文件就是本着这种精神提出的。这篇论文是我们对模糊检测和不对齐检测作为对比度函数的心理物理实验的产物。在讨论中,我们将描述本研究与感知图像质量和压缩算法的相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual multipoles for quantifying raggedness and sharpness of images
At the recent SPIE meeting on Human Vision, Visual Processing and Digital Display (1989) it was clear that many display engineers are interested in the properties of the human visual system. Knowledge about human performance is being used both for improving a metric to measure image quality and also to improve data compression algorithms. It was apparent from that meeting that the languages used by the display engineers and the vision researchers have not fully meshed. The present meeting on applied vision provides an excellent forum for further discussion and cross-fertilization between the groups and the present paper is offered in that spirit. This paper is an outgrowth of our psychophysical experiments on the detection of blur and the detection of misalignment as a function of contrast. In the Discussion we will describe the relevance of this research for perceived image quality and for compression algorithms.
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