Journal of Computer Applications ›› 2023, Vol. 43 ›› Issue (S1): 250-257.DOI: 10.11772/j.issn.1001-9081.2022081216
• Multimedia computing and computer simulation • Previous Articles
Quanyou SHEN1, Xiaobo ZHANG1, Wenhao LI1, Lihan LI1, Rongde XU2, Daohua CHEN3, Jing LI4,5()
Received:
2022-08-17
Revised:
2023-02-21
Accepted:
2023-02-23
Online:
2023-07-04
Published:
2023-06-30
Contact:
Jing LI
沈权猷1, 张小波1, 李文豪1, 李礼汉1, 许荣德2, 陈道花3, 李静4,5()
通讯作者:
李静
作者简介:
沈权猷(2001—),男,广东信宜人,主要研究方向:人工智能基金资助:
CLC Number:
Quanyou SHEN, Xiaobo ZHANG, Wenhao LI, Lihan LI, Rongde XU, Daohua CHEN, Jing LI. Progress of U-Net applicaitons to lung nodule segmentation[J]. Journal of Computer Applications, 2023, 43(S1): 250-257.
沈权猷, 张小波, 李文豪, 李礼汉, 许荣德, 陈道花, 李静. U-Net在肺结节分割中的应用进展[J]. 《计算机应用》唯一官方网站, 2023, 43(S1): 250-257.
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URL: http://www.joca.cn/EN/10.11772/j.issn.1001-9081.2022081216
数据集 | CT文件数 | 图像格式 | 结节标记 | 是否公开使用 |
---|---|---|---|---|
LIDC-IDRI[ | 1 018 | DICOM | * | 公开 |
LUNA16[ | 888 | mhd | * | 公开 |
DSB[ | 2 101 | DICOM | — | 未公开 |
Ali Tianchi[ | 2 000 | mhd | * | 未公开 |
LUNGx[ | 70 | DICOM | * | 公开 |
NLST[ | 3 410 | DICOM | * | 公开 |
ANODEO9[ | 55 | DICOM | * | 公开 |
DLCST[ | 17 | DICOM | * | 公开 |
LNDb[ | 294 | mhd | * | 公开 |
数据集 | CT文件数 | 图像格式 | 结节标记 | 是否公开使用 |
---|---|---|---|---|
LIDC-IDRI[ | 1 018 | DICOM | * | 公开 |
LUNA16[ | 888 | mhd | * | 公开 |
DSB[ | 2 101 | DICOM | — | 未公开 |
Ali Tianchi[ | 2 000 | mhd | * | 未公开 |
LUNGx[ | 70 | DICOM | * | 公开 |
NLST[ | 3 410 | DICOM | * | 公开 |
ANODEO9[ | 55 | DICOM | * | 公开 |
DLCST[ | 17 | DICOM | * | 公开 |
LNDb[ | 294 | mhd | * | 公开 |
文献 | 网络 | 数据集 | 改进结构及其方法 | 结果 | 亮点 |
---|---|---|---|---|---|
文献[ | U-Net | LUNA16 | ACC:0.867 | 使用U-Net分割肺结节并证明其有效性 | |
文献[ | U-Net | LUNA16 | 编解码器 | DSC:0.736 | 在网络中引入残差块提高网络训练效果 |
文献[ | U-Net | LIDC-IDRI | 编解码器 | 引入具有Bottleneck块的VGGNet替代U-Net的编码器;结合主动学习策略,可实现结节的半监督分割 | |
文献[ | U-Net | LIDC-IDRI | 整体 | DSC:0.83 | 并联3个U-Net进行3个分支训练, 从而多方向提取肺结节信息 |
文献[ | U-Net | LIDC-IDRI | 整体 | IoU:0.55 | 串联两个精简的U-Net;允许人工手动校正 |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.917 9 | 采用预训练的VGG-16代替编码器;编解码器之间采用分块式叠加微调策略辅助微调 |
文献[ | U-Net | LIDC-IDRI | 跳跃连接 | DSC:0.844 8,PPV:0.853 5, Recall:0.838 1 | 引入密集连接对相邻网络层进行特征融合 |
文献[ | 3D U-Net | LUNA16 | 编解码器 | DSC:0.961 5 | 使用每两个卷积层之间加入残差块的V-Net分割肺结节 |
文献[ | 3D U-Net | LIDC-IDRI | DSC:0.832 8 | 引入三维条件随机场优化网络偏差和权重 | |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.828 2 | 编解码器连接之间加入加权双向特征金字塔网络 |
文献[ | UNet++ | LIDC-IDRI | 跳跃连接 | IoU:0.874,DSC:0.908 3; SEN:0.919 4,PPV:0.921 7 | 采用自适应加权聚合策略有效缓解 肺结节欠分割问题 |
CQUCH-LC | IoU:0.805 9,DSC:0.882 3; SEN:0.891 5,PPV:0.891 1 | ||||
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.883 2,SEN:0.962 4,PPV:0.849 6 | 在跳跃连接引入双向增强型特征融合结构增强 信息传递;利用Mish激活函数减少信息传递时间 |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.746,PPV:0.937 4, SEN:0.941 | 将U-Net和DenseNet网络融合,增强特征复用性; 采用卷积条件随机场解决边界模糊问题 |
文献[ | U-Net | LUNA16 | 编解码器 | DSC:0.967 2,IoU:0.917 8 | 在编码器中引入残差连接模块和新提出的dep模块,改进的信息通路完成特征提取和特征融合 |
文献[ | 3D U-Net | Liaoning Cancer Hospital | 编解码器 | DSC:0.675,SEN:0.731, F1 Score:0.682 | 提出了配备ResNet架构的3D U-Net和两种通路的深度监督机制,增加网络从全局信息和局部信息学习肺肿瘤的特征 |
TCIA | DSC:0.691,SEN:0.746 F1 Score:0.724 | ||||
文献[ | nnU-Net | Medical Segmentation Decathlon | 整体 | 在49个任务中有29个任务达到当前最优的性能表现 | 基于2D U-Net和3D U-Net的级联网络 |
文献[ | U-Net | LIDC-IDRI | 编解码器 | DSC:0.811 | 引用由空洞块和深度卷积块组成的DA块 |
文献[ | Faster R-CNN+ U-Net | LIDC-IDRI | 整体结构 | DSC:0.897 9 | 把Faster R-CNN得到的感兴趣区域放入提出的 AWEUNet分割 |
LUNA16 | DSC:0.903 5 | ||||
文献[ | 3D U-Net+ 2D U-Net | LIDC-IDRI | 整体结构 | DSC:0.830 4 | 使用3DU-Net用作定位、2.5DU-Net精确分割肺结节 |
文献[ | U-Net | LUNA16 | 编解码器 | IoU:0.788 8 F1 Score:0.895 9 | 加入双注意力模块、残差模块和空洞空间金字塔池化模块 |
文献 | 网络 | 数据集 | 改进结构及其方法 | 结果 | 亮点 |
---|---|---|---|---|---|
文献[ | U-Net | LUNA16 | ACC:0.867 | 使用U-Net分割肺结节并证明其有效性 | |
文献[ | U-Net | LUNA16 | 编解码器 | DSC:0.736 | 在网络中引入残差块提高网络训练效果 |
文献[ | U-Net | LIDC-IDRI | 编解码器 | 引入具有Bottleneck块的VGGNet替代U-Net的编码器;结合主动学习策略,可实现结节的半监督分割 | |
文献[ | U-Net | LIDC-IDRI | 整体 | DSC:0.83 | 并联3个U-Net进行3个分支训练, 从而多方向提取肺结节信息 |
文献[ | U-Net | LIDC-IDRI | 整体 | IoU:0.55 | 串联两个精简的U-Net;允许人工手动校正 |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.917 9 | 采用预训练的VGG-16代替编码器;编解码器之间采用分块式叠加微调策略辅助微调 |
文献[ | U-Net | LIDC-IDRI | 跳跃连接 | DSC:0.844 8,PPV:0.853 5, Recall:0.838 1 | 引入密集连接对相邻网络层进行特征融合 |
文献[ | 3D U-Net | LUNA16 | 编解码器 | DSC:0.961 5 | 使用每两个卷积层之间加入残差块的V-Net分割肺结节 |
文献[ | 3D U-Net | LIDC-IDRI | DSC:0.832 8 | 引入三维条件随机场优化网络偏差和权重 | |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.828 2 | 编解码器连接之间加入加权双向特征金字塔网络 |
文献[ | UNet++ | LIDC-IDRI | 跳跃连接 | IoU:0.874,DSC:0.908 3; SEN:0.919 4,PPV:0.921 7 | 采用自适应加权聚合策略有效缓解 肺结节欠分割问题 |
CQUCH-LC | IoU:0.805 9,DSC:0.882 3; SEN:0.891 5,PPV:0.891 1 | ||||
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.883 2,SEN:0.962 4,PPV:0.849 6 | 在跳跃连接引入双向增强型特征融合结构增强 信息传递;利用Mish激活函数减少信息传递时间 |
文献[ | U-Net | LUNA16 | 跳跃连接 | DSC:0.746,PPV:0.937 4, SEN:0.941 | 将U-Net和DenseNet网络融合,增强特征复用性; 采用卷积条件随机场解决边界模糊问题 |
文献[ | U-Net | LUNA16 | 编解码器 | DSC:0.967 2,IoU:0.917 8 | 在编码器中引入残差连接模块和新提出的dep模块,改进的信息通路完成特征提取和特征融合 |
文献[ | 3D U-Net | Liaoning Cancer Hospital | 编解码器 | DSC:0.675,SEN:0.731, F1 Score:0.682 | 提出了配备ResNet架构的3D U-Net和两种通路的深度监督机制,增加网络从全局信息和局部信息学习肺肿瘤的特征 |
TCIA | DSC:0.691,SEN:0.746 F1 Score:0.724 | ||||
文献[ | nnU-Net | Medical Segmentation Decathlon | 整体 | 在49个任务中有29个任务达到当前最优的性能表现 | 基于2D U-Net和3D U-Net的级联网络 |
文献[ | U-Net | LIDC-IDRI | 编解码器 | DSC:0.811 | 引用由空洞块和深度卷积块组成的DA块 |
文献[ | Faster R-CNN+ U-Net | LIDC-IDRI | 整体结构 | DSC:0.897 9 | 把Faster R-CNN得到的感兴趣区域放入提出的 AWEUNet分割 |
LUNA16 | DSC:0.903 5 | ||||
文献[ | 3D U-Net+ 2D U-Net | LIDC-IDRI | 整体结构 | DSC:0.830 4 | 使用3DU-Net用作定位、2.5DU-Net精确分割肺结节 |
文献[ | U-Net | LUNA16 | 编解码器 | IoU:0.788 8 F1 Score:0.895 9 | 加入双注意力模块、残差模块和空洞空间金字塔池化模块 |
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