I would like to inquire whether it is feasible to adapt Lungmask, which currently utilizes a 2D U-Net architecture for lung segmentation, to a 3D U-Net architecture. Due to its layer-by-layer recognition process, the 2D U-Net sometimes produces hollow segments within the lung region.
By transitioning to a 3D U-Net, which considers the volumetric information from neighboring slices, we can potentially overcome the hollow segmentation problem and achieve more robust and consistent lung segmentation results. The 3D U-Net can capture the complete structure of the lungs, even in cases with overlapping structures or pathologies.
I kindly request information on whether the development team of Lungmask has plans to investigate the adaptation to a 3D U-Net model. If this enhancement is not currently being considered, I would appreciate the opportunity to contribute to the project by exploring the implementation of a 3D U-Net architecture for lung segmentation.
Thank you for your attention and consideration. I eagerly await your response regarding the possibility of adapting Lungmask to a 3D U-Net model.
I would like to inquire whether it is feasible to adapt Lungmask, which currently utilizes a 2D U-Net architecture for lung segmentation, to a 3D U-Net architecture. Due to its layer-by-layer recognition process, the 2D U-Net sometimes produces hollow segments within the lung region.
By transitioning to a 3D U-Net, which considers the volumetric information from neighboring slices, we can potentially overcome the hollow segmentation problem and achieve more robust and consistent lung segmentation results. The 3D U-Net can capture the complete structure of the lungs, even in cases with overlapping structures or pathologies.
I kindly request information on whether the development team of Lungmask has plans to investigate the adaptation to a 3D U-Net model. If this enhancement is not currently being considered, I would appreciate the opportunity to contribute to the project by exploring the implementation of a 3D U-Net architecture for lung segmentation.
Thank you for your attention and consideration. I eagerly await your response regarding the possibility of adapting Lungmask to a 3D U-Net model.
Sincerely, Zechary ZHU