Research on Colorization of Qinghai Farmer Painting Image Based on Generative Adversarial Networks

Chunyan Peng, Xueya Zhao, Guangyou Xia
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Abstract

At present, deep learning method is widely used in the field of gray image colorization. Qinghai farmer painting has distinct national characteristics. The farmer painting has bright colors, high saturation, chaotic color distribution and low color contrast, so it is difficult to restore the image color with high fidelity by using the general deep learning image colorization method. The Pix2Pix generation adversarial network of grayscale image colorization method uses the Leaky ReLU function as the activation function. The proposal algorithm replaces the maximum pooling layer with the convolution layer to retain more image feature information and further to improve the color simulation effect. Meanwhile, in view of the lack of relevant Qinghai farmer painting data set, the data set of Qinghai farmer paintings is constructed to meet the needs of network training. The experimental results show that the improved method further improves the color effect and can generate high quality color images of Qinghai farmer paintings with more real color distribution.
基于生成对抗网络的青海农民画图像着色研究
目前,深度学习方法被广泛应用于灰度图像着色领域。青海农民画具有鲜明的民族特色。农民画色彩鲜艳,饱和度高,色彩分布混乱,色彩对比度低,因此使用一般的深度学习图像着色方法很难还原出高保真的图像颜色。Pix2Pix生成对抗网络的灰度图像着色方法使用Leaky ReLU函数作为激活函数。该算法将最大池化层替换为卷积层,保留了更多的图像特征信息,进一步提高了色彩模拟效果。同时,针对青海农民画相关数据集的缺乏,构建了青海农民画数据集,以满足网络培训的需要。实验结果表明,改进后的方法进一步提高了色彩效果,能够生成色彩分布更真实的青海农民画高质量彩色图像。
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