About the Logo
|
|
Image Gallery
All images are copyrighted by the respective authors.
Images or animations from this website may only be used with the proper reference.
Medical
 |
Virtual endoscopy with volume fusion: Cerebral ventricular system of a human (transparent white)
with arterial blood vessels (opaque red). Red overlaps represent the registration error.
(WSI/GRIS, Univ. Tübingen) |
|
 |
Volume rendered MRI head with median cut plane.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Non-photorealistic direct volume rendered images of a
sample dataset. Calcifications and arteries are colored white and
red. The outline of the body is visualized as guidance for the
surgeon.
(CG, TU Wien). |
|
 |
Virtual Colon Unfolding: Polyp detection through colon unfolding,
comparison with the real dissection.
(CG, TU Wien). |
|
 |
High-quality two-level volume rendering of segmented datasets on
consumer graphics hardware: The skin is rendered with MIP, the bones
are rendered with tone shading, the blood vessels are rendered with
shaded iso-surfacing. The skin merely provides context.
(VRVis, Vienna). |
|
Physics
 |
Volume rendered simulation of the spatial probablility distrubition of the electron in an hydrogen atom.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Volume rendered simulation of the spatial probability distribution
of the electrons in a high potential protein molecule.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Volume rendered simulation of the two-body distribution probability of a
nucleon in the atomic nucleus.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Volume rendered simulation of a unsteady interaction of a planar shockwave
with a randomly-perturbed contact discontinuity.
(WSI/GRIS, Univ. Tübingen). |
|
Computational Fluid Dynamics and Dynamic Systems
 |
Three-dimensional Parallel Coordinates to visualize a trajectory of a
six-dimensional dynamical system.
(CG, TU Wien). |
|
 |
Volume rendered simulated fuel injection into a combustion chamber.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Isosurface of vortex breakdown of a fluid which has been injected into another fluid.
(WSI/GRIS, Univ. Tübingen). |
|
 |
Texture-based visualization of time-dependent 3D flow (ISA) on the
surface of a CFD mesh with time-dependent geometry and topology.
(VRVis, Vienna). |
|
Information Visualization
 |
Interactive focus+context visualization with linked 2D/3D scatterplots.
Analysis of multi-dimensional, time-dependent data in a linking and
brushing setup.
(VRVis, Vienna). |
|
 |
Interactive focus+context visualization of large, time-dependent flow
simulation data, based on a linking and brushing multi-view setup, called
SimVis.
(VRVis, Vienna). |
|
Last changes: Mon Nov 2 10:21:29 CET 2009 by Dirk Bartz, dirk.bartz 'at' iccas.de
(c) 2002-2009, Dirk Bartz, Universität Leipzig
|
