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Abstract: We propose a hardware-assisted visibility ordering algorithm. From a given viewpoint, a (back-to-front) visibility ordering of a set of objects is a partial order on the objects such that if object obstructs object , then in the ordering. Such orderings are useful because they are the building blocks of other rendering algorithms such as direct volume rendering of unstructured grids. (Update)
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BibTeX entry: (Update)
KRISHNAN, S., SILVA, C., AND WEI, B. A hardwareassisted visibility-ordering algorithm with applica tions to volume rendering. In Data Visualization (2001), pp. 233-- 242. http://citeseer.ist.psu.edu/krishnan01hardwareassisted.html More
@inproceedings{ krishnanhardwareassisted,
author = "S. Krishnan and C. Silva and B. Wei",
title = "A {Hardware-Assisted} {Visibility-Ordering} Algorithm With Applications to Volume Rendering",
pages = "233--242",
url = "citeseer.ist.psu.edu/krishnan01hardwareassisted.html" }
Citations (may not include all citations):229 Computational Geometry: Algorithms and Applications (context) - de Berg, van Kreveld et al. - 1997
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209 Accelerated volume rendering and tomographic reconstruction .. (context) - Cabral, Cam et al. - 1994
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48 The VolumePro real-time ray-casting system - Pfister, Hardenbergh et al. - 1999
47 Visibility-ordering meshed polyhedra (context) - Williams - 1992
41 Cube-4 - A scalable architecture for real-time volume render.. - Pfister, Kaufman - 1996
34 Sorting and hardware assisted rendering for volume visualiza.. - Stein, Becker et al. - 1994
21 Fast polyhedral cell sorting for interactive rendering of un.. - Comba, Klosowski et al. - 1999
18 Spatial Data Structures: Quadtrees (context) - Samet - 1989
18 A new approach to the shaded picture problem (context) - Newell, Newell et al. - 1972
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