显色选择器:颜色预测模型,用于提取照片中的显色

IF 1.3 Q3 ENGINEERING, ELECTRICAL & ELECTRONIC Frontiers in signal processing Pub Date : 2023-05-09 DOI:10.3389/frsip.2023.1133210
Yuki Kubota, Shigeo Yoshida, M. Inami
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引用次数: 0

摘要

反映人类色彩感知的颜色提取界面可以帮助用户从自然图像中选择颜色。照片中的表观颜色与像素颜色不同,这是由于包括颜色恒常性和相邻颜色在内的复杂因素。然而,估计照片中表观颜色的方法尚未提出。在本文中,作者研究了合适的模型结构和特征,用于构造一个从自然照片中提取表观颜色的表观颜色选择器。基于给定图像的心理物理数据集构建回归模型,从图像特征中预测表观颜色。线性回归模型包含反映多尺度相邻颜色的特征。评价实验证实,在平均70% ~ 80%的图像中,估计颜色比像素颜色更接近表观颜色。然而,在几种情况下,包括低亮度下的低饱和度和高饱和度,精度会下降。作者认为,所提出的方法可以应用于开发用户界面,以弥补人类感知和计算机预测之间的差异。
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Apparent color picker: color prediction model to extract apparent color in photos
A color extraction interface reflecting human color perception helps pick colors from natural images as users see. Apparent color in photos differs from pixel color due to complex factors, including color constancy and adjacent color. However, methodologies for estimating the apparent color in photos have yet to be proposed. In this paper, the authors investigate suitable model structures and features for constructing an apparent color picker, which extracts the apparent color from natural photos. Regression models were constructed based on the psychophysical dataset for given images to predict the apparent color from image features. The linear regression model incorporates features that reflect multi-scale adjacent colors. The evaluation experiments confirm that the estimated color was closer to the apparent color than the pixel color for an average of 70%–80% of the images. However, the accuracy decreased for several conditions, including low and high saturation at low luminance. The authors believe that the proposed methodology could be applied to develop user interfaces to compensate for the discrepancy between human perception and computer predictions.
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