An Estimation Method for Improved Reconstruction of MR Signal Parameters in Unilateral Scanner

Keywords

accelerate acquisition aiding allow amplitude amplitudes applications applied appropriate architecture assume averaging axis biological biomedical blue channel channels characteristics clinical coil complex components constant cost costs covariance criteria curve curves decay decaying defining depth derived described destructive developed devices dictated echoes efficiently encoded encoding error errors estimation evaluate evaluated every excitations excited exploit exploiting expression feasible fitted forces frequency generated glycerol gold gradient green imaginary implementation improve improved improvement independently indicate inherently inhomogeneity introduce known lateral least like linear logging long longitudinal matrix microns minimization minimizing model mouse need noise noisy none novel open original paraffin periods planar poor portability post potential previously problem processing real reconstructed reconstruction reduce reducing relatively remains repetitions respectively routinely sample samples scanner scanners schemes selective separate shape short significantly simulation since slice slices slow solving spatial spec square step straightforward suggest table thin tissue tool uniform unilateral valuable variance variation various vector versus white yielding