Fast Whole Brain T2 Relaxometry Using Spatial Constraints

Keywords

ability acquisition adjacent anatomical approaches around arrow assess assumed asymptotically averaging becomes better beyond blocks brain choose chosen coefficient coherent collected college column components consistent constant constraints contrast correspond corresponds coverage demonstrating denotes depicted detecting detection developed diagonal diseases distributions echoes elements ensures entire error established expectations exploits exponential extract extracted fast fidelity filter fitting form formulated formulation forward fractions graham grounded hamburg healthy important indicated individual inferred initial internal introduced inversion lesions location logarithmically maps marked matches matrix median medical minimization minimizes needed neurology noise norm novel numerical operator optimum patients penalize penalizes performance portion practice preferred prep prior proposed proven quality quantification quite radiology recently reconstruct regularization regularized represents residual scanned sclerosis selected setting sigmoid slice slices smoother smoothly solutions spatial spatially spiral step strategy structural structure structures supervised table term third tool towards trial underlying unit utility variance various vector vectors volume volunteer volunteers whereby white whole whose