Research on pulmonary nodule segmentation algorithm based on improved V-Net

Haibo Lin, Yunhao Zhang, Xuefeng Chen, Huan Wang, Lingzhi Xia
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引用次数: 0

Abstract

To solve the problem that the segmentation of lung nodules in CT images is not accurate enough, a lung nodule segmentation algorithm based on an improved V -Net network is proposed. First, the network structure is improved because the original V-Net network cannot make full use of the feature map information, so that the model can make full use of CT image information. Then the combined loss function is used to prevent missed detection in the model training, which improves the convergence speed of the model. By using the LUNA16 dataset to carry out this lung nodule segmentation experiment, the Dice similarity coefficient, accuracy rate and recall rate were obtained by 0.6910, 0.8158 and 0.6525, respectively, and the experimental results showed that the algorithm can divide the lung nodules very well.
基于改进V-Net的肺结节分割算法研究
针对CT图像中肺结节分割不够准确的问题,提出了一种基于改进V -Net网络的肺结节分割算法。首先,由于原有的V-Net网络不能充分利用特征图信息,对网络结构进行改进,使模型能够充分利用CT图像信息。然后利用组合损失函数防止模型训练中的漏检,提高了模型的收敛速度。使用LUNA16数据集进行肺结节分割实验,得到的Dice相似系数、准确率和召回率分别为0.6910、0.8158和0.6525,实验结果表明,该算法可以很好地分割肺结节。
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