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Simple MyUnet3D for BraTS Segmentation

机译:简单的myunet3d为brats细分

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摘要

The deep learning architectures that have been used for brain tumor segmentation in the BraTS challenge have performed well for the WT, TC, and ET segmentations. However, these architectures generally have many parameters and require large storage capacity for the model. In this paper, we propose a Simple MyUnet3D to do segmentation on BraTS 2018 dataset. This proposed architecture was inspired by 2D U-Net and modified to do 3D image segmentation. Dataset divides into 2 parts, one part of training and the other for validation. From 285 data, 213 for training, and 72 for validating the model. The segmentation consists of 3 parts, whole tumor(WT), tumor core(TC), and enhanced tumor(ET). Even its simplicity, it produces a dice coefficient of 0.8269 at segmenting the whole tumor. Nevertheless, its performance in tumor core and enhanced tumor need to be developed. The simplicity and its result in segmenting the whole tumor have great potential to be better developed.
机译:在Brats挑战中用于脑肿瘤分割的深度学习架构对WT,TC和ET分割表现良好。但是,这些架构通常具有许多参数并且需要模型的大存储容量。在本文中,我们提出了一个简单的MyUnet3d来做Brats 2018 DataSet的细分。这一提出的架构受到了2D U-Net的启发,并修改以进行3D图像分割。数据集分为2个零件,培训的一部分,另一部分进行验证。从285个数据,213进行培训,72个用于验证模型。分割包括3份,全肿瘤(WT),肿瘤核心(TC)和增强肿瘤(ET)。即使是其简单性,它也会在分割整个肿瘤时产生0.8269的骰子系数。然而,需要开发其在肿瘤核心和增强的肿瘤中的性能。分割整个肿瘤的简单性和结果具有很大的潜力,可以更好地发展。

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