现代深度图像绘制方法的演变

R. Katarya, Rishabh Chaurasia, Sanjay Singh Budhala, Sanyam Garg
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引用次数: 0

摘要

深度图像修复是一个研究领域,通过添加缺失信息或消除不需要的细节,使用深度学习技术的帮助,使最终图像相关和视觉上吸引人,从而恢复损坏或恶化的图像。在过去的几年里,深度学习方法已经得到了巨大的发展,现在可以在极端情况下工作,产生语义上连贯的图像,而没有任何可见的人工制品。本文试图通过分析优点和缺点来总结一些最好的算法和技术,并进行必要的比较。在本文中,本文根据其网络架构对以往的工作进行了分类和排列,从而对其方法进行了全面的解释,并突出了有很大改进空间的问题,例如训练时间,掩码大小和位置,处理高分辨率和多样化的图像等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolution of Modern Deep Image Inpainting Methods
Deep Image Inpainting is a field of research where damaged or deteriorated images are restored by adding the missing information or eliminating undesirable details using the assistance of deep learning techniques to make the final image relevant and visually appealing. Deep learning methods have evolved immensely over the past few years and now can work in extreme cases to produce semantically coherent images without any visible artifacts. This paper is an attempt to summarize some of the best algorithms and techniques with necessary comparisons by analyzing the pros and cons. In this paper, the previous works have been classified and arranged based on their network architecture thus presenting a comprehensive explanation for their approach and also highlights the issues that have a lot of room for improvement, such as training time, mask size and location, dealing with high resolution and diverse images, and so on.
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