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Blood Vessel Segmentation in Fundus Images Based on Improved Loss Function

机译:基于改进损失函数的眼底图像血管分割

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In this paper, we improve the accuracy of segmentation of blood vessels in U-Net networks by improving the loss function. More specifically, we compare five loss functions which are suitable for image segmentation and study their effects on segmentation performance in U-Net networks. The optimal Focal + Dice loss achieves a vessel segmentation accuracy of 96.51% from the publicly available fundus image datasets DRIVE, better than original loss.
机译:在本文中,我们通过改善损失函数来提高U-Net网络中血管分割的准确性。更具体地说,我们比较了适用于图像分割的五个损失函数,并研究了它们对U-Net网络中分割性能的影响。最佳的Focal + Dice损失可从公开的眼底图像数据集DRIVE获得96.51%的血管分割精度,优于原始损失。

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