针对目前许多图像重构算法存在重构出来的图像不清晰、分辨率低等问题, 提出了一种基于编码. 解码对称神经网络的高分辨率图像重构算法。首先将图像进行压缩获取低分辨率图像, 然后将低分辨率图像作为输入图像经过编码. 解码对称神经网络, 并利用其中的卷积神经网络进行编码得到特征图像, 最后再利用反卷积神经网络进行解码实现图像的细节恢复。实验结果表明, 经过基于编码. 解码对称神经网络重构出来的图像比之前的低分辨率图像更加清晰, 图像的分辨率得到了提高。

Aiming at many current image reconstruction algorithms such as JPEG decompression and compressive sensing reconstruction, there are some problems such as unclear image and low resolution. This paper proposes a high-resolution image reconstruction mechanism based on code-decoding symmetric neural network. Firstly, the image is compressed to obtain a low-resolution image, and then the low-resolution image is used as an input image to encode-decode a symmetric neural network, and the convolutional neural network is used to encode the feature image, and finally the deconvolution neural network is used. Decoding implements detail recovery of the image. The experimental results show that the image reconstructed by the code-decoded symmetric neural network is clearer than the previous low-resolution image, indicating that the resolution of the image is improved.