The Publication Database hosted by SPL

All Publications | Upload | Advanced Search | Details view | Download Statistics | Help | Import | Log in
Collection:
Items displayed:

Gallery of images uploaded to the Publication Database.
313 images found.

PAGE 21 of 32
Figure 4b: Glyph packing produces a dense texture-like arrangement of diffusion tensor superquadric glyphs on an axial slice through the left posterior region of a human brain.
Figure 4b: Glyph packing produces a dense texture-like arrangement of diffusion tensor superquadric glyphs on an axial slice through the left posterior region of a human brain.
Figure 3: Segmentation and validation of ‘‘black holes’’ identified by 3ch-TDS+.
Figure 3: Segmentation and validation of ‘‘black holes’’ identified by 3ch-TDS+.
Figure 4: An illustration of target visualization and trajectory planning in an integrated visual display that incorporates co-registered multi-modal images and models.
Figure 4: An illustration of target visualization and trajectory planning in an integrated visual display that incorporates co-registered multi-modal images and models.
Figure 1: Comparison between Geodesic metric and Frobenius metric. The distance between a pure anisotropic tensor with different orientations (red) and a tensor (blue) with variable anisotropy (from top to bottom) is studied.
Figure 1: Comparison between Geodesic metric and Frobenius metric. The distance between a pure anisotropic tensor with different orientations (red) and a tensor (blue) with variable anisotropy (from top to bottom) is studied.
Figure 11: Evolution of an MS lesion over time
Figure 11: Evolution of an MS lesion over time
Figure 8: (a) Fiber samples tracing the left and right Cingulum bundles. All the red fibers originate from the same seed point, as do all the yellow paths. The seed points are located where the bundles cross the axial slice. (b) 3000 fiber samples initiated in the splenium of Corpus callosum, see Fig. 9. The coloring indicates how the probability evolves along the fiber paths according to (5).
Figure 8: (a) Fiber samples tracing the left and right Cingulum bundles. All the red fibers originate from the same seed point, as do all the yellow paths. The seed points are located where the bundles cross the axial slice. (b) 3000 fiber samples initiated in the splenium of Corpus callosum, see Fig. 9. The coloring indicates how the probability evolves along the fiber paths according to (5).
Figure 2: Activations in the anterior hippocampus. Left panel: activations of a healthy subject encoding scenes overlaid on subject’s own structural T1 image. Crosshairs indicate stronger activations on the right hippocampus. Right panel: random-effects activations for the combined effect of patterns, scenes, and words encoding overlaid on average T1 image obtained from all subjects. Crosshairs indicate stronger activations on the left hippocampus.
Figure 2: Activations in the anterior hippocampus. Left panel: activations of a healthy subject encoding scenes overlaid on subject’s own structural T1 image. Crosshairs indicate stronger activations on the right hippocampus. Right panel: random-effects activations for the combined effect of patterns, scenes, and words encoding overlaid on average T1 image obtained from all subjects. Crosshairs indicate stronger activations on the left hippocampus.
Figure 1: A. An illustration showing anisotropic diffusion. B. An illustration showing the x-y-z coordinate system that we used. Images are FA maps.
Figure 1: A. An illustration showing anisotropic diffusion. B. An illustration showing the x-y-z coordinate system that we used. Images are FA maps.
Figure 1: Three-dimensional renderings of left and right anterior (head) and posterior portions of the caudate nucleus superimposed on a magnetic resonance imaging coronal and axial slice of a normal comparison subject. The left and right anterior portion (head) of the caudate nuclei are color-coded in blue and green, and the left and right posterior caudate nuclei are color-coded in yellow and red.
Figure 1: Three-dimensional renderings of left and right anterior (head) and posterior portions of the caudate nucleus superimposed on a magnetic resonance imaging coronal and axial slice of a normal comparison subject. The left and right anterior portion (head) of the caudate nuclei are color-coded in blue and green, and the left and right posterior caudate nuclei are color-coded in yellow and red.
Figure 2: Maximum intensity projection (MIP) maps for radii superimposed upon 3D virtual reconstructions of the same distal radii.
Figure 2: Maximum intensity projection (MIP) maps for radii superimposed upon 3D virtual reconstructions of the same distal radii.
PAGE 21 of 32 1...18 19 20 21 22 23 24 ...32