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With the rise of size and complexity of cell images, the requirements for cells segmentation methods are also increasing. The basic image processing algorithm developed decades ago should not be the golden standards for dealing with these challenging cell segmentation problems any more. The UNet++ architecture used for the digital image processing technique promises good results and can be refined more to increase it's efficiency.
The text was updated successfully, but these errors were encountered:
Hey @AdiChat. If there's no problem with the pull request, could you please merge it -> #6593 .
If there's any updation that is required, do let me know.
I see that you have added the hacktoberfest label to this issue (stating a new proposal).
This is a(n):
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With the rise of size and complexity of cell images, the requirements for cells segmentation methods are also increasing. The basic image processing algorithm developed decades ago should not be the golden standards for dealing with these challenging cell segmentation problems any more. The UNet++ architecture used for the digital image processing technique promises good results and can be refined more to increase it's efficiency.
The text was updated successfully, but these errors were encountered: