3D UNet with GAN discriminator for robust localisation of the fetal brain and trunk in MRI with partial coverage of the fetal body
In fetal MRI, automated localisation of the fetal brain or trunk is a prerequisite for motion
correction methods. However, the existing CNN-based solutions are prone to errors and …
correction methods. However, the existing CNN-based solutions are prone to errors and …
3D UNet with GAN discriminator for robust localisation of the fetal brain and trunk in MRI with partial coverage of the fetal body
A Uus, I Grigorescu, M van Poppel, E Hughes… - 2021 - europepmc.org
In fetal MRI, automated localisation of the fetal brain or trunk is a prerequisite for motion
correction methods. However, the existing CNN-based solutions are prone to errors and …
correction methods. However, the existing CNN-based solutions are prone to errors and …
[PDF][PDF] 3D UNet with GAN discriminator for robust localisation of the fetal brain and trunk in MRI with partial coverage of the fetal body
A Uus, I Grigorescu, M van Poppel, E Hughes… - scholar.archive.org
In fetal MRI, automated localisation of the fetal brain or trunk is a prerequisite for motion
correction methods. However, the existing CNN-based solutions are prone to errors and …
correction methods. However, the existing CNN-based solutions are prone to errors and …