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From the results of your paper, I find that the network constructed by Equirectangular Convolutions (EquiConvs) has no great improvement in indicators compared with the network constructed by traditional convolution (StdConvs). How can you explain the benefits of EquiConvs in processing ERP projection images?
In addition, the computation time of the network constructed by EquiConvs is 10 times that of the network constructed by StdConvs. So what are the advantages of EquiConvs compared to StdConvs?
The text was updated successfully, but these errors were encountered:
On Thu, Mar 10, 2022 at 7:17 PM Shuai Peng ***@***.***> wrote:
From the results of your paper, I find that the network constructed by
Equirectangular Convolutions (EquiConvs) has no great improvement in
indicators compared with the network constructed by traditional convolution
(StdConvs). How can you explain the benefits of EquiConvs in processing ERP
projection images?
In addition, the computation time of the network constructed by EquiConvs
is 10 times that of the network constructed by StdConvs. So what are the
advantages of EquiConvs compared to StdConvs?
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==================================================
José M. Fácil
Ph.D. Student in Computer Vision
Website: http://webdiis.unizar.es/~jmfacil/
University of Zaragoza, Spain
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From the results of your paper, I find that the network constructed by Equirectangular Convolutions (EquiConvs) has no great improvement in indicators compared with the network constructed by traditional convolution (StdConvs). How can you explain the benefits of EquiConvs in processing ERP projection images?
In addition, the computation time of the network constructed by EquiConvs is 10 times that of the network constructed by StdConvs. So what are the advantages of EquiConvs compared to StdConvs?
The text was updated successfully, but these errors were encountered: