Current projects:
- Max3D: Reconstruction and visualization of x-ray
diffraction
pattern in 3D reciprocal space (In collaboration with Dept of Chemistry)
In this project we
reconstruct and visualize x-ray diffraction pattern in 3D reciprocal
space from a sequence of 2D diffraction images that are acquired via
Bruker scanner. Unlike other 3D crystallography techniques, our
technique not only displays diffraction spots (lattice) but also
reveals information in locations where no diffraction occurs.
There are three video clips
show the application of the software in texture analysis:
- Passive stereo visualization for 3D theatre
In this project we set up a
front-projection passive stereo system in MDCL to facilitate both
research and education. The system is a realtime visualization system
so that researchers/educators can interactively manipulate and explore
their data/models, such as molecular models, hydrodynamics,
crystallography, medical imaging, anatomic structure, mechanical parts,
and many many more.
- Interactive segmentation and visualization of 3D
medical images (In collaboration with Dept of Medical Physics &
Applied Radiation Sciences)
We develop a interactive
segmentation system upon ITK. It is for segmentation and reconstruction
of human organs in high accuracy. The geometry of an organ is saved in
STL (STereoLithography) format so that it could be "printed" out on
special 3D printer. It opens a new way to study radio-therapy by
applying radiation to those phatoms filled with radio-sensitive
material and measuring radiation distribution.
Past Projects:
- 3D Realtime
visualization of large-scale data using HP cluster architecture
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