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Hi,
I am referring to your code. My question is how you are taking cfg_kernel_size?
I didn't get the forward function, how you kept cfg_kernel_size? Below is the snippet of your forward function.
Can you please tell me how did you do that?
torch.zeros(batch_size, cfg_cnn[0][1], cfg_kernel[0], cfg_kernel[0], device=device))
Thanks
The text was updated successfully, but these errors were encountered:
@tehreemnaqvi, I have the same problems when reading the code
Sorry, something went wrong.
@tehreemnaqvi Hi, input image size is [batch_size, 28, 28]
if conv1 is 3*3 kernel ,4 channel(for example) and padding ,then the c1_mem size is [batch_size, 4, 28, 28]
if conv1 is no padding ,then the c1_mem size is [batch_size, 4 ,26, 26]
thus cfg_cnn[ i ][ 1 ] means the channels of i^{th} conv layer
cfg_kernel[0] means the picture size of the first layer output
cfg_kernel[1] means the picture size of the second layer output
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Hi,
I am referring to your code. My question is how you are taking cfg_kernel_size?
I didn't get the forward function, how you kept cfg_kernel_size? Below is the snippet of your forward function.
Can you please tell me how did you do that?
torch.zeros(batch_size, cfg_cnn[0][1], cfg_kernel[0], cfg_kernel[0], device=device))
Thanks
The text was updated successfully, but these errors were encountered: