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Hi! @faustomilletari , I have read your paper carefully and your excellent work has gave me a lot of help.
However, i have some trouble for how to caculate the receptive field for the deconvolution layers.
I caculated the receptive field for the networks designd in V-Net by myself , but i can not find the right way to caculate the deconvolution layers. Could you show me some details for this caculation?
Thanks very much!!
The text was updated successfully, but these errors were encountered:
I have computed it in matconvnet using their tool.
If you look at what happens during deconv you will find the answer.
Regards,
Fausto Milletarì
Sent from my iPhone
On 24. Mar 2018, at 09:55, caney1989 ***@***.***> wrote:
Hi! @faustomilletari , I have read your paper carefully and your excellent work has gave me a lot of help.
However, i have some trouble for how to caculate the receptive field for the deconvolution layers.
I caculated the receptive field for the networks designd in V-Net by myself , but i can not find the right way to caculate the deconvolution layers. Could you show me some details for this caculation?
Thanks very much!!
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Thanks for your reply.
Matconvnet using their tool?? Is the tool for the caculation of receptive field based on matconvnet ? Could you show me some details about this tool or give me a web link??
Thanks very much!!
Hi! @faustomilletari , I have read your paper carefully and your excellent work has gave me a lot of help.
However, i have some trouble for how to caculate the receptive field for the deconvolution layers.
I caculated the receptive field for the networks designd in V-Net by myself , but i can not find the right way to caculate the deconvolution layers. Could you show me some details for this caculation?
Thanks very much!!
The text was updated successfully, but these errors were encountered: