<p>A single tract-of-interest from a simulated fiber configuration (a) is created as hyperstreamline (b-e) and streamribbon (c,f). In b), the fODF at a location along this tract (white tube); c) fODF shown semi-transparently with its peak orientations; d) fODF shown with the plane perpendicular to the tract orientation, delineating the amplitude of the hyperstreamline; e) the hyperstreamline; f) streamribbons are created of the fODF peaks that do not correspond to the tract orientation.</p
One of the most important factors affecting fiber orientation is turbulence. Turbulence is created b...
Journal ArticleStreamline advection has proven an effective method for visualizing vector flow field...
<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of ...
<p>a) An example of the multi-fiber hyperstreamline and streamribbon is shown for a single tract of ...
<p>The global topology of a simulated fiber phantom is illustrated in a), with streamtubes color-enc...
<p>In a), the arcuate fasciculus (AF) is shown with its conventional streamtube representation and w...
<p>Superior segment of the bilateral cingulum bundles (a). From these full bundles – shown in b) as ...
<p>A single tract from the arcuate fasciculus (AF), the same as in <a href="http://www.plosone.org/a...
<p>Axial (a) and coronal (b) slices of the brain of the two subjects (subject one: a) and c); subjec...
<p>Hyperstreamline examples to compare different methods. The reconstructed arcuate fasciculus (AF) ...
<p>A coronal overview of the tract to be visualized is seen in a), with the main eigenvector at disc...
Streamribbon is used to visualize the rotation of the fluid flow. The rotation of flow is useful in ...
stream locations. The solid curves are the result of the coarse grid simulation and the dashed curve...
Streamline advection has proven an effective method for visualizing vector flow field data. Traditio...
A method of constructing streamlines in three dimensions using two scalar fields is described. Value...
One of the most important factors affecting fiber orientation is turbulence. Turbulence is created b...
Journal ArticleStreamline advection has proven an effective method for visualizing vector flow field...
<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of ...
<p>a) An example of the multi-fiber hyperstreamline and streamribbon is shown for a single tract of ...
<p>The global topology of a simulated fiber phantom is illustrated in a), with streamtubes color-enc...
<p>In a), the arcuate fasciculus (AF) is shown with its conventional streamtube representation and w...
<p>Superior segment of the bilateral cingulum bundles (a). From these full bundles – shown in b) as ...
<p>A single tract from the arcuate fasciculus (AF), the same as in <a href="http://www.plosone.org/a...
<p>Axial (a) and coronal (b) slices of the brain of the two subjects (subject one: a) and c); subjec...
<p>Hyperstreamline examples to compare different methods. The reconstructed arcuate fasciculus (AF) ...
<p>A coronal overview of the tract to be visualized is seen in a), with the main eigenvector at disc...
Streamribbon is used to visualize the rotation of the fluid flow. The rotation of flow is useful in ...
stream locations. The solid curves are the result of the coarse grid simulation and the dashed curve...
Streamline advection has proven an effective method for visualizing vector flow field data. Traditio...
A method of constructing streamlines in three dimensions using two scalar fields is described. Value...
One of the most important factors affecting fiber orientation is turbulence. Turbulence is created b...
Journal ArticleStreamline advection has proven an effective method for visualizing vector flow field...
<p>The three voxels contain different numbers of fiber directions. Each row illustrates the ODFs of ...