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Hardware Assisted Multichannel Volume Rendering
Tokyo, Japan July 09-July 11
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/CGI.2003.1214440Computer Graphics International 2003 ...
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Abhijeet Ghosh, Stony Brook University
Poojan Prabhu, Stony Brook University
Arie E. Kaufman, Stony Brook University
Klaus Mueller, Stony Brook University
We explore real time volume rendering of multichannel data for volumes with color and multi-modal information. We demonstrate volume rendering of the Visible Human Male color dataset and photo-realistic rendering of voxelized terrains, and achieve high quality visualizations. We render multi-modal volumes utilizing hardware programmability for accumulation level mixing, and use CT and MRI information as examples. We also use multi-board parallel/distributed rendering schemes for large datasets and investigate scalability issues. We employ the Volume-Pro 1000 for real time multichannel volume rendering. Our approach, however, is not hardware-specific and can use commodity texture hardware instead.
Index Terms:
Multichannel, post-classification, transfer functions, multi-modal, volume mixing, Visible Human, terrain rendering, parallel rendering, distributed rendering, image compositing, VolumePro 1000, graphics hardware
Citation:
Abhijeet Ghosh, Poojan Prabhu, Arie E. Kaufman, Klaus Mueller, "Hardware Assisted Multichannel Volume Rendering," cgi, pp.2, Computer Graphics International 2003 (CGI'03), 2003
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