Chinese Journal of Lasers, Volume. 52, Issue 3, 0307104(2025)
Large Kernel Convolution and Transformer Parallelism Based 3D Medical Image Registration Modeling
Fig. 7. Registration results on the OASIS dataset. (a) The fixed image to be registered; (b) the moving image to be registered; (c) registration of ANTs; (d) registration of VoxelMorph-V1; (e) registration of VoxelMorph-V2; (f) registration of SYM-Net; (g) registration of SymTrans; (h) registration of TransMorph; (i) registration of TransMatch; (j) registration of our algorithm
Fig. 8. Comparison of ablation experiment. (a) The fixed image to be registered; (b) the moving image to be registered; (c) registration of VoxelMorph-V1; (d) registration of LKC Block; (e) registration of 3D Swin Transformer; (f) registration of MSAA; (g) registration of PLKCT-UNet
Fig. 9. Comparison of generalization. (a) The fixed image to be registered; (b) the moving image to be registered; (c) registration of ANTs; (d) registration of VoxelMorph-V1; (e) registration of VoxelMorph-V2; (f) registration of SYM-Net; (g) registration of SymTrans; (h) registration of TransMorph; (i) registration of TransMatch; (j) registration of PLKCT-UNet
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Jing Peng, Jiarong Yan, Yu Shen, Jiaying Liu, Ziyi Wei, Shan Bai, Jiangcheng Li, Yukun Ma, Ruoxuan Wang. Large Kernel Convolution and Transformer Parallelism Based 3D Medical Image Registration Modeling[J]. Chinese Journal of Lasers, 2025, 52(3): 0307104
Category: Biomedical Optical Imaging
Received: Oct. 15, 2024
Accepted: Nov. 11, 2024
Published Online: Jan. 20, 2025
The Author Email: Yan Jiarong (yjr08140917@163.com)
CSTR:32183.14.CJL241269