Highly Efficient Motion Corrected 3D Liver MRI from Undersampled G-RPE Acquisitions

Keywords

abdomen abdominal according accuracy achieve achieved achieves acquisition acquisitions additionally address affine allow allows amount apparent appearance applied arbitrary around artifacts averaging balanced bins breathing channel coil collected college combination combined combines common commonly compensated compensates compensation composite composition compute computed considered contribution corrected coverage cycle dataset decreased deformations deformed derived deriving distribution division efficiency efficient employed encoding engineering estimation exhale exploited fair field final flexible form free gated gating golden healthy heart highly improvement include indicated inhale isotropic iterative king kingdom leading leads like liver measured media might model modeling motion nearly optimizing overall pattern peter placed portion position positions predefined produces propose proposed quality radial reached read recently reconstruct reconstruction reconstructions reduced reduction registration registrations resolution respiratory retrospective rigid samples sampling scanned scanner self sense separated sharpness short since slice slightly sorting space spoke spokes strategies successor suitability terms trajectory variations vary varying view visited volunteer volunteers whole words