Iterative K-T PCA with Motion Corrected Training Regularization for 3D Myocardial Perfusion Imaging

Keywords

accelerated acceleration acquisition additional address affine allowed applicable artifacts asked atlas avoid back best binary biomedical blood bottom breathing bulk cardiac central clearly college comparable compartment compartments compliant component composite constrain constrained contrast converted corrected correction corrects corrupted curves dashed defined delay derived diagnostic diagonal dimensional domain dotted dynamic dynamics engineering enhanced eventual example exploit fields fold frame fully general generation geometry gradient graph half healthy heart hence in vivo incomplete indicated individual intensity interrupted issue iterations iterative king larger masks math minimization model motion myocardial myocardium newton nominal occurs orientation particular pass peak perfusion pool position principal program proposed quality reconstructed reconstruction recovery redundancy registration regularization regularizes removal replicas required resolution respiratory rigid sampled saturation sciences segmentation segmented sense several shallow sheared since slice slices sparse spatial speed spline step studies subject subjects subsequent survey sustain system training transform transformation transformations unable undergo unfold unfolding upslope various ventricular versa warped warping window