Comments (1)
Hi, sorry for the delay in response here! The default arguments in the code here should correspond to the hyperparameter settings for just achieving the baseline 45% robust accuracy (i.e. Figure 2 in the paper). The only change you should need to make to close the gap is the number of epochs you train for - 30 epochs for FGSM, 40 epochs for PGD, 12 epochs for Free training (see Table 7 in the appendix for these numbers, and divide the Free training epochs in the paper by 8, the number of minibatch replays).
As for your question about Table 3, another speedup from the DAWNBench competition is a smaller architecture size; for our experiments we used a PreAct ResNet18 architecture whereas the PGD-7 in Madry et al. 2017 used a Wide ResNet 18-10, which is much larger.
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Related Issues (20)
- About PGD evaluation HOT 1
- Why do we need to do clamp(delta, lower_limit - X, upper_limit - X)? HOT 2
- Reproduce the results of Free adversarial training.
- invalid key "/xff" when loading model.
- When computing the perturbation, do we need to set model.eval()? HOT 1
- Parameter settings on CIFAR-100 HOT 1
- adversarial attack
- Reproduce the result of CIFAR-10 from the default setting HOT 2
- facing "nan" values during training the model HOT 1
- reproduce problem of imagenet on default set HOT 1
- Can't reproduce MNIST results using current codes HOT 2
- Inconsistent clamping behaviour between CIFAR and MNIST fgsm implementaitions HOT 1
- Parameters of training HOT 1
- Why not using clean samples during training? HOT 1
- Include python/pytorch version for MNIST reproducibility HOT 1
- Probable gradient accumulation bug in mnist_train.py HOT 1
- torch.where API in MNIST and CIFAR10, ImageNet configuration files HOT 1
- Overwrite of variable i in nested for loop
- indices HOT 1
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