Hi, Dr Liu
Thanks for your great job!
I check the testing codes provided by this work, different tasks use different PSNR computation.
E.g.
(1) Denosing: the average channels of PSNR
(2) Deraining Drop: use the Y channel of images.
Could you please tell me that the reason about these implementations?
Thanks a lot!
Hello Mr. Liu,
Thank you for your interest in our work! :)
I chose the way of computing PSNR following the previous work(s) for a task, e.g.,
For denoising, I follow the paper "Exploiting the Potential of Standard Convolutional Autoencoders for Image Restoration by Evolutionary Search" (ICML18, the SOTA at that time)
For de-raindrop, I follow "Attentive Generative Adversarial Network for Raindrop Removal from A Single Image" (CVPR'18, the SOTA at the time)
Hi, Dr Liu Thanks for your great job! I check the testing codes provided by this work, different tasks use different PSNR computation. E.g. (1) Denosing: the average channels of PSNR (2) Deraining Drop: use the Y channel of images. Could you please tell me that the reason about these implementations? Thanks a lot!