Dual-Path Adversarial Generation Network for Super-Resolution Reconstruction of Remote Sensing Images

Abstract

Satellite remote sensing images contain adequate ground object information, making them distinguishable from natural images. Due to the constraint hardware capability of the satellite remote sensing imaging system, coupled with the surrounding complex electromagnetic noise, harsh natural environment, and other factors, the quality of the acquired image may not be ideal for follow-up research to make suitable judgment. In order to obtain clearer images, we propose a dual-path adversarial generation network model algorithm that particularly improves the accuracy of the satellite remote sensing image super-resolution. This network involves a dual-path convolution operation in a generator structure, a feature mapping attention mechanism that first extracts important feature information from a low-resolution image, and an enhanced deep convolutional network to extract the deep feature information of the image. The deep feature information and the important feature information are then fused in the reconstruction layer. Furthermore, we also improve the algorithm structure of the loss function and discriminator to achieve a relatively optimal balance between the output image and the discriminator, so as to restore the super-resolution image closer to human perception. Our algorithm was validated on the public UCAS-AOD datasets, and the obtained results showed significantly improved performance compared to other methods, thus exhibiting a real advantage in supporting various image-related field applications such as navigation monitoring.

P‐8.5: An Efficient Algorithm for Single Image Super‐Resolution

“…Image resolution determines whether various industries realize intelligence and modernization, such as human-computer visual interaction, medical image, consumption display, traffic monitoring, and satellite remote sensing. This also drives the shift in perceived image quality from visible to clear [1,2] . However, the super-resolution reconstruction task is an ill-posed problem.…”