<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of the same voxel at different b-values. The yellow sticks represent the principal peak(s) of the ODFs.</p
<p>Even in datasets with substantially reduced number of diffusion encoding directions, diffusion de...
Diffusion tractography is routinely used to study white matter architecture and brain connectivity i...
<p>Frontal (A) and dorsal (B) views of the model. The model was divided into 42 areas (represented w...
<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of ...
<p>The b-values of (A)-(E) = 650, 1000, 1500, 2000, 2500 s/mm<sup>2</sup>, respectively. The top-lef...
<p>(a) The angular difference for one-directional situations. (b) The angular difference for two-dir...
<p>(a) The angular difference for one-directional situations. (b) The angular difference for two-dir...
<p>Visualization of the main peaks extracted from the fiber ODFs reconstructed from the SMF-based da...
<p>The ODFs at each voxel are superimposed on a grayscale background modulated by the GFA at that vo...
<p>Main peaks extracted from the fiber ODFs estimated in the phantom data with inter-fiber angle equ...
<p>Visualization of the fiber ODFs estimated in a region of interest on the right brain hemisphere. ...
<p>Main peaks extracted from the fiber ODFs estimated in the phantom data with inter-fiber angle equ...
<p>(<b>A</b>) Superimposed HIST-FODs (red) and QSI-FODs (blue) are shown for each of the 12 voxels i...
<p>The subsequent steps in DTI fiber analysis are outlined in 4 panels. In panel A, the normalized f...
<p>(a) The angular difference for one-directional situations.(b) the angular difference for two-dire...
<p>Even in datasets with substantially reduced number of diffusion encoding directions, diffusion de...
Diffusion tractography is routinely used to study white matter architecture and brain connectivity i...
<p>Frontal (A) and dorsal (B) views of the model. The model was divided into 42 areas (represented w...
<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of ...
<p>The b-values of (A)-(E) = 650, 1000, 1500, 2000, 2500 s/mm<sup>2</sup>, respectively. The top-lef...
<p>(a) The angular difference for one-directional situations. (b) The angular difference for two-dir...
<p>(a) The angular difference for one-directional situations. (b) The angular difference for two-dir...
<p>Visualization of the main peaks extracted from the fiber ODFs reconstructed from the SMF-based da...
<p>The ODFs at each voxel are superimposed on a grayscale background modulated by the GFA at that vo...
<p>Main peaks extracted from the fiber ODFs estimated in the phantom data with inter-fiber angle equ...
<p>Visualization of the fiber ODFs estimated in a region of interest on the right brain hemisphere. ...
<p>Main peaks extracted from the fiber ODFs estimated in the phantom data with inter-fiber angle equ...
<p>(<b>A</b>) Superimposed HIST-FODs (red) and QSI-FODs (blue) are shown for each of the 12 voxels i...
<p>The subsequent steps in DTI fiber analysis are outlined in 4 panels. In panel A, the normalized f...
<p>(a) The angular difference for one-directional situations.(b) the angular difference for two-dire...
<p>Even in datasets with substantially reduced number of diffusion encoding directions, diffusion de...
Diffusion tractography is routinely used to study white matter architecture and brain connectivity i...
<p>Frontal (A) and dorsal (B) views of the model. The model was divided into 42 areas (represented w...
DOI
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