In IGCIP, we segment the intra-cochlear anatomy and localize the electrode arrays in the patient's head CT image. By utilizing their spatial relationship, we ...

In this work, we propose to use a two-level training strategy to accurately segment the intra-cochlear anatomy in ear specimen clinical CTs using a very limited ...

Mar 15, 2019 · In this work, we propose to use a two-level training strategy to accurately segment the intra-cochlear anatomy in ear specimen clinical CTs ...

In IGCIP, we segment the intra-cochlear anatomy and localize the electrode arrays in the patient's head CT image. By utilizing their spatial relationship, we ...

Two-level training of a 3D U-Net for accurate segmentation of the intra-cochlear anatomy in head CTs with limited ground truth training data. D Zhang, R ...

Two-level Training of a 3d U-Net for Accurate Segmentation of the Intra-cochlear Anatomy in Head CTs with Limited Ground Truth Training Data. Conference ...

Two-level training of a 3D U-Net for accurate segmentation of the intra-cochlear anatomy in head CTs with limited ground truth training data. D Zhang, R ...

... Two-level training of a 3D U-Net for accurate segmentation of the intra-cochlear anatomy in head CTs with limited ground truth training data. Dongqing Zhang ...

2 Excerpts. Two-level training of a 3D U-Net for accurate segmentation of the intra-cochlear anatomy in head CTs with limited ground truth training data.

Apr 25, 2024 · Two-level training of a 3D U-Net for accurate segmentation of the intra-cochlear anatomy in head CTs with limited ground truth training data.