Multi-Scale Characterization of White Matter Tract Geometry

Keywords

advantages affect allows automatically averaging axial basis brain captures central characterization circle coil colored complementary compute computed computes computing conjunction connecting consisted construct constructed contained continuous cortical covariant crossing currently curve curves defined denoted dependence derived described deviate differential diffusion directly discrete disk dispersion distortions double eddy electric elegant equally essence euclidean explicit extent fanning feature features fiber field fields filtered function general generate geometry global highlighted hospital illustrate important indicates individual inherently input laboratory limitation limitations limited local lost manually measures medical model models modes neighborhood note optimized option orientation originate orthogonal output part peter plans population prior psychiatry quantification radius recognizing recovered reduce refer reflected related represent reproducible requiring resolve sampling scale scales scanner school seek selected sense sets shape shaped since situated slice slices smallest smooth spaced spatial stable stem steps strongly structure surfaces surfer tangent tensor torsion tract tracts treated unit variation vector vectors white whole women