A Demosaicing Algorithm Based on Local Directional Gradients for Polarization Image

Fei Xie, Jiajia Chen
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引用次数: 2

Abstract

A demosaicing algorithm based on local directional gradients for polarization image is presented. We use the pseudo-panchromatic image, which is calculated through the raw polarization image. During estimating the pseudo-panchromatic image, the directional gradient is used to preserve the details of it. Next, the interpolation algorithm based on the local directional gradient is performed to predict the missing values. Compared with the latest related methods, the proposed method reduces the root mean squared error by 62% and improves the structural similarity by 2%. Subjectively, we find that the degree and angle of linear polarization image produced by the proposed method have smaller errors and higher clarity.
基于局部方向梯度的偏振图像去马赛克算法
提出了一种基于局部方向梯度的极化图像去马赛克算法。我们使用伪全色图像,这是由原始偏振图像计算。在估计伪全色图像时,利用方向梯度来保持图像的细节。然后,采用基于局部方向梯度的插值算法对缺失值进行预测。与最新的相关方法相比,该方法的均方根误差降低62%,结构相似度提高2%。主观上,我们发现该方法产生的线偏振度和角度图像误差较小,清晰度较高。
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