Enhancing image quality prediction with self-supervised visual masking

• URL: http://arxiv.org/abs/2305.19858v2
• Date: Wed, 17 Jan 2024 16:41:01 GMT
• Title: Enhancing image quality prediction with self-supervised visual masking
• Authors: U\u{g}ur \c{C}o\u{g}alan, Mojtaba Bemana, Hans-Peter Seidel, Karol Myszkowski
• Abstract summary: Full-reference image quality metrics (FR-IQMs) aim to measure the visual differences between a pair of reference and distorted images. We propose to predict a visual masking model that modulates reference and distorted images in a way that penalizes the visual errors based on their visibility. Our approach results in enhanced FR-IQM metrics that are more in line with human prediction both visually and quantitatively.
• Score: 20.190853812320395
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: Full-reference image quality metrics (FR-IQMs) aim to measure the visual differences between a pair of reference and distorted images, with the goal of accurately predicting human judgments. However, existing FR-IQMs, including traditional ones like PSNR and SSIM and even perceptual ones such as HDR-VDP, LPIPS, and DISTS, still fall short in capturing the complexities and nuances of human perception. In this work, rather than devising a novel IQM model, we seek to improve upon the perceptual quality of existing FR-IQM methods. We achieve this by considering visual masking, an important characteristic of the human visual system that changes its sensitivity to distortions as a function of local image content. Specifically, for a given FR-IQM metric, we propose to predict a visual masking model that modulates reference and distorted images in a way that penalizes the visual errors based on their visibility. Since the ground truth visual masks are difficult to obtain, we demonstrate how they can be derived in a self-supervised manner solely based on mean opinion scores (MOS) collected from an FR-IQM dataset. Our approach results in enhanced FR-IQM metrics that are more in line with human prediction both visually and quantitatively.

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