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Implementation of Weighted Residuals for Very Deep Networks Depth (WResNet) by chainer (Weighted Residuals for Very Deep Networks: https://arxiv.org/abs/1605.08831)

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nutszebra/weighted_residual_net

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What's this

Implementation of Weighted Residuals for Very Deep Networks Depth (WResNet) by chainer

Dependencies

git clone https://github.com/nutszebra/weighted_residual_net.git
cd weighted_residual_net
git submodule init
git submodule update

How to run

python main.py -g 0

Details about my implementation

All hyperparameters and network architecture are the same as in [1] except for some parts.

  • Data augmentation
    Train: Pictures are randomly resized in the range of [32, 36], then 32x32 patches are extracted randomly and are normalized locally. Horizontal flipping is applied with 0.5 probability.
    Test: Pictures are resized to 32x32, then they are normalized locally. Single image test is used to calculate total accuracy.

  • Drop probability
    The linear decay is used. P_0 is 1 and P_L is 0.5.

Cifar10 result

network depth total accuracy (%)
WResNet-d [1] 1192 95.3
my implementation 1192 soon

loss

total accuracy

References

Weighted Residuals for Very Deep Networks [1]

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Implementation of Weighted Residuals for Very Deep Networks Depth (WResNet) by chainer (Weighted Residuals for Very Deep Networks: https://arxiv.org/abs/1605.08831)

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