Hello

[greg2paris]

First I want to thank you for your implementation of Squeeze-and-Excitation Networks in keras.
I tried your network and it worked very well, but I got a question.
As I underderstand, resnet is very similar to resnext.
Resnet reduces the size of the input 5 times, for exemple :
256 -> 128 , 128->64, 64->32, 32->16, 16->8.
But when I used the code you provided to create a resnext I end up with only 3 reduction of the size :
256->128, 128->64, 64->32
Is it normal?
Does this affect the precision of the network?

i used this inputs to create the network :
resnet_base = SEResNext(input_shape=input_shape,
#depth=155,
depth=56,
cardinality=64,
width=4,
weight_decay=5e-4,
include_top=False,
weights=None,
input_tensor=input_layer,
pooling=None)

[titu1994]

This is more suitable on the SE GitHub, but it makes no difference where I answer.

The fact is that the ResNeXt implementation is a placeholder while we wait for Grouped Convolutions in Keras/Tensorflow.

Therefore the ResNext model I wrote is not based on the ImageNet version with 5 pooling layers, but the Cifar 10 version with 3 pooling layers.

However, I do not recommend you use my ResNext implementation, and stick to PyTorch or Torch versions, as they properly support grouped convolution

[greg2paris]

ok, i understand now, thank you very much for your answer, your code is verywell done! Greg Le mar. 9 oct. 2018 à 16:55, Somshubra Majumdar <notifications@github.com> a écrit :

…

This is more suitable on the SE GitHub, but it makes no difference where I answer. The fact is that the ResNeXt implementation is a placeholder while we wait for Grouped Convolutions in Keras/Tensorflow. Therefore the ResNext model I wrote is not based on the ImageNet version with 5 pooling layers, but the Cifar 10 version with 3 pooling layers. However, I do not recommend you use my ResNext implementation, and stick to PyTorch or Torch versions, as they properly support grouped convolution — You are receiving this because you authored the thread. Reply to this email directly, view it on GitHub <#12 (comment)>, or mute the thread <https://github.com/notifications/unsubscribe-auth/Ap8dukkiO4YomcyyE1tOKCCqnZoqXlWJks5ujLj-gaJpZM4XRqh1> .

-- Greg－ 威义