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Thank you very much for sharing the codes. I really like your paper, it's quite flexible and efficient to optimize some un-differentiable measures using your proposed scheme. Regarding to the detailed training procedures, I have several questions below:
(1) Did you train enhancement model (G), using PESQ measure (D) directly? I mean, did you add some additional loss, like MSE, or only used PESQ measure alone, in training stage?
(2) when training D, I found you trained it using so-called "previous list". It seems optional, I would like to know whether this stage is crucial for getting a better result?
(3) In the released codes, G and D are trained alternately for num_sampling=100 steps in one epoch. And batch_size used is equal to 1. I am wondering whether these hyper-parameters are same with your recipe, to get the Table.2 results?
Sorry to ask so many questions. Thank you again and wish you good works in future!
The text was updated successfully, but these errors were encountered:
Hi, Jason
Thank you very much for sharing the codes. I really like your paper, it's quite flexible and efficient to optimize some un-differentiable measures using your proposed scheme. Regarding to the detailed training procedures, I have several questions below:
(1) Did you train enhancement model (G), using PESQ measure (D) directly? I mean, did you add some additional loss, like MSE, or only used PESQ measure alone, in training stage?
(2) when training D, I found you trained it using so-called "previous list". It seems optional, I would like to know whether this stage is crucial for getting a better result?
(3) In the released codes, G and D are trained alternately for num_sampling=100 steps in one epoch. And batch_size used is equal to 1. I am wondering whether these hyper-parameters are same with your recipe, to get the Table.2 results?
Sorry to ask so many questions. Thank you again and wish you good works in future!
The text was updated successfully, but these errors were encountered: