Motion-Robust Super-Resolution Reconstruction of Fetal Brain MRI

Keywords

academic acquisition acquisitions advanced advances affects although ambiguous anatomic anatomy application applications applying attempts available averaging axial beautiful brain built capture challenging children community complement computer concept considered content coronal correction details developed developments dimensional discussed disrupts earlier educational eight encoding error estimation evaluation examples excellent extension fast fetal fetus findings formulation forward fraction freezing future generic illustrate increasingly initial inspired inter intermittent interpolation invasive involves iterations journal lead like limited limits literature look maintain majority mathematical mathematics medical minimization model motion moving multimedia necessary nevertheless noise original outcome outcomes outline performance physics poorly poses poster potentially powerful practice precise pregnancies prenatal previous problem profile radiology recently reconstructed reconstruction registration relies remarkable represent resolution review risk robust sample scanner scanning scattered school screening sensitivity session shot slice slices snapshots solid solved space spatial still structure subjects summary super thick tiny tool trade ultrasound underlying upon useful viewpoint views visual volume volumetric