Motion Correction in MR-Elastography

Keywords

acquisition acquisitions actually added aims almost already amplitude amplitudes anatomy applied applying benefit brain carries cavity characterizing clinical complex components controlled corrected correction correspondingly cycle degrading degree developed developments deviation displacement distortion dynamic encoded encoding equations error errors evolution fair field fields forty free full furthermore gain generally generated give gradients healthy hearth hence highly hospital improved improvements in vivo induced inferred initial inversion involves lead like long loss loudspeaker lung magnitude major maps materials matrix mechanical medical mismatch moduli modulus motion motions moving namely neurology nevertheless noise normalization normalized onto oral organs original oscillatory overall overcomes patient phantom physiological plots pressure primary process processing propagation properties proposed realistic recherches reconstruction recorded reduced reduction represent represents respiratory reveal rotated rotation rotations scanner secondary sensitized shear similarly simulate simulated slices snapshots spatial spatially speaking step steps still structures successfully symmetry synchronized systems targeted tissue transmitted trend univ variance varying volunteer wave waveguide waves whole