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多尺度自相似遥感图像超分辨率重建网络设计OA

Hybrid-scale Self-similarity Remote Sensing Image Super-resolution Reconstruction Network Design

中文摘要英文摘要

遥感图像所捕获的区域一般较大,因此具有相似特征的目标在图像中重复出现的概率也较大.针对这一特点,本文提出了一种多尺度自相似遥感图像超分辨率重建网络.通过在 SSEM 网络结构中引入全局上下文模块来获取图像内单尺度和跨尺度信息的内部递归性,在上采样模块中引入像素注意力模块以增强其特征细节提取能力.在UC Merced 数据集上的测试显示,本文算法在2倍、3倍和 4倍尺度上比HSENet算法的PSNR分别提高0.11dB、0.15dB和0.05dB;在SSIM指标上,本文算法在3倍和 4倍尺度上比HSENet算法分别高出0.0058和0.0013.

The area captured in remote sensing images is generally large,so targets with similar features have a higher probability of repeating themselves in the image.In response to this characteristic,this paper proposes a multi-scale self-similar remote sensing image super-resolution reconstruction network.By introducing a global context module in the SSEM network structure to obtain the internal recursion of single scale and cross scale information within the image,and introducing a pixel attention module in the upsampling module to enhance its feature detail extraction ability.Tests on the UC Merced dataset show that the PSNR of our algorithm is 0.11dB,0.15dB,and 0.05dB higher than that of the HSENet algorithm at 2x,3x,and 4x scales,respectively;In terms of SSIM metrics,our algorithm outperforms the HSENet algorithm by 0.0058 and 0.0013 at 3x and 4x scales,respectively.

何松;唐程华;陈俊宽;谢唯嘉

赣州市大数据发展有限公司 江西 赣州 341000江西理工大学信息工程学院 江西 赣州 341000

计算机与自动化

遥感图像;自相似;超分辨率;卷积神经网络

Remote Sensing Images;Self-Similarity;Super-Resolution;Convolutional Neural Networks

《福建电脑》 2024 (001)

33-38 / 6

本文得到江西省研究生创新专项(No.YC2022-S640)资助.

10.16707/j.cnki.fjpc.2024.01.006

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