3D magnetic resonance fingerprinting was developed for volumetric parametric quantification. In this study, an alternating direction method of multipliers (ADMM) based 3D MRF approach is proposed to jointly utilize sparsity constraint and spatial coil sensitivity information, leading to better reconstruction performance with 3-fold undersampled 3D MRF data. We demonstrated that the effective scan time for R=3 and whole-brain MRF is less than 7 minutes.
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