In this study, we proposed an anatomically constrained squeeze-and-excitation graph attention network (ASEGAT) for an end-to-end brain cortical surface ...
In this study, we proposed an anatomically constrained squeeze-and-excitation graph attention network (ASEGAT) for an end-to-end brain cortical surface ...
May 14, 2024 · In this study, we proposed an anatomically constrained squeeze-and-excitation graph attention network (ASEGAT) for an end-to-end brain cortical ...
Mar 14, 2023 · Li et al. [88] proposed a graph-based neural network, called anatomically constrained squeeze-and-excitation graph attention network (ASEGAT) ...
... Graph Convolutional Neural Network on Surface ... Anatomically constrained squeeze-and-excitation graph attention network for cortical surface parcellation.
Apr 25, 2024 · Anatomically constrained squeeze-and-excitation graph attention network for cortical surface parcellation. Comput. Biol. Medicine 140 ...
[PDF] Cortical Surface Parcellation Using Spherical Convolutional ...
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The experimental results show that the method outperforms traditional multi-atlas and naive spherical U-Net approaches, while achieving full cortical ...
Anatomically constrained squeeze-and-excitation graph attention network for cortical surface parcellation. Article. Jan 2022; COMPUT BIOL MED. Xinwei ...
Sep 27, 2021 · Anatomically constrained squeeze-and-excitation graph attention network for cortical surface parcellation. Abstract. In order to understand ...
