Stimulus synthesis for efficient evaluation and refinement of perceptual image quality metrics

Z Wang and E P Simoncelli

Published in Proc. SPIE, Conf on Human Vision and Electronic Imaging, IX, vol.5292 pp. 99--108, Jan 2004.
© Society for Photo-optical Instrumentation Engineers

DOI: 10.1117/12.537129

This paper has been superseded by:
Maximum differentiation (MAD) competition: A methodology for comparing computational models of perceptual discriminability
Z Wang and E P Simoncelli.
Journal of Vision, vol.8(12), pp. 1--13, Sep 2008.


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    • We propose a methodology for comparing and refining perceptual image quality metrics based on synthetic images that are optimized to best differentiate two candidate quality metrics. We start from an initial distorted image and iteratively search for the best/worst images in terms of one metric while constraining the value of the other to remain fixed. We then repeat this, reversing the roles of the two metrics. Subjective test on the quality of pairs of these images generated at different initial distortion levels provides a strong indication of the relative strength and weaknesses of the metrics being compared. This methodology also provides an efficient way to further refine the definition of an image quality metric.
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