Fast Prediction of RF Fields in the Human Brain

Keywords

accomplished accuracy accurate achieve acknowledgments acquisition actual alternative anatomical anatomy atlas avoid basic begins best biomedical body bottom brain brains calibration carried channel clear clinical closer coefficients compensate compensating computational context currently date degree degrees deployment described design designated designed designs determine determines distributions drastically efficacy eigenvectors either eliminate ellipsoid entirely established estimating evaluation even example excitation exhibit expressed fast field fields fitted flesh forgoing furthermore geometrical gore grant green head heterogeneity highly homogeneity human hurdles in vivo influence intensity interface isotropic john knowledge making many mapping maps match matching measured measuring middle minimization nevertheless numerical patient patterns performance pertaining practical predict predicted predicting prediction preliminary previously primary process proposed prove pulse pulses radiological radiology real registered registration required requisite resolution rigid rigidly science sciences shape shim shimming similarity simulated simulations spatial spokes step strategies strengths striking subject suggest systems transmitted typical ultra undoubtedly units useful validated variation vary viola vision volume whole