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Hi, I am trying to reproduce the resnet imagenet result on mxnet.
I noticed that you have successfully reproduced the resnet results from facebook,
but you mentioned that
when epoch is about 95, cancel the scale/color/aspect augmentation during training, this can be done by only comment out 6 lines of the code, like this:
I didn't quite understand why we need this procedure to get a similar results because I as far as I know Torch/PyTorch don't need this procedure.
Is that means if we don't apply this procedure, the result will be suffered (lower than the paper claimed)?
Thanks
The text was updated successfully, but these errors were encountered:
Hi, I am trying to reproduce the resnet imagenet result on mxnet.
I noticed that you have successfully reproduced the resnet results from facebook,
but you mentioned that
when epoch is about 95, cancel the scale/color/aspect augmentation during training, this can be done by only comment out 6 lines of the code, like this:
I didn't quite understand why we need this procedure to get a similar results because I as far as I know Torch/PyTorch don't need this procedure.
Is that means if we don't apply this procedure, the result will be suffered (lower than the paper claimed)?
@DeppMeng I think data augmentation may change the overall distribution of the dataset. When trained with small learning rate, the network may learn such distorted distribution.
By the way, do you have the training log / script on Pytorch? Thanks :)
Hi, I am trying to reproduce the resnet imagenet result on mxnet.
I noticed that you have successfully reproduced the resnet results from facebook,
but you mentioned that
I didn't quite understand why we need this procedure to get a similar results because I as far as I know Torch/PyTorch don't need this procedure.
Is that means if we don't apply this procedure, the result will be suffered (lower than the paper claimed)?
Thanks
The text was updated successfully, but these errors were encountered: