Rendering Curved Surfaces
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Accelerated Walkthrough of Large Spline Models (13 pages PostScript,
1.1MB; Acrobat
387K) S. Kumar, D. Manocha, H. Zhangh, K. Hoff Proc. of ACM Interactive
3D Symposium, 1997 , to appear.
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Interactive Rendering of Parametric Spline Surfaces (136 pages PostScript,
1.6MB) Ph.D. thesis, S. Kumar, Univ. of North Carolina, Chapel Hill,
Dec 96.
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Scalable Algorithms for Interactive Visualization of Curved Surfaces
(18 pages PostScript,
353K; Acrobat,
279K) S. Kumar, C. Chang and D. Manocha, Proc. of SuperComputing'96
(received best student paper award) .
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Interactive Display of Large-Scaled NURBS models (35 pages PostScript,
1485K; Acrobat
679K) S. Kumar and D. Manocha and A. Lastra, IEEE Transactions on
Visualization and Computer Graphics 2(4), pp. 323-336 , 1996.
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Efficient Rendering of Trimmed NURBS models (27 pages PostScript,
211K; Acrobat,
351K) S. Kumar and D. Manocha, Computer-Aided Design (special issue),
1995.
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Interactive Display of Large-Scaled NURBS models (13 pages PostScript,
2400K; Acrobat
718K, Interactive 3D Conference Version) S. Kumar, D. Manocha and A.
Lastra, Proceedings of ACM Interactive 3D Graphics Conference ,
pp. 51-58, 1995.
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High Speed and High Fidelity Visualization of Complex CSG Models (23
pages, PostScript,
330K; Acrobat
325K) S. Kumar, S. Krishnan, D. Manocha and A. Narkhede. BCS International
Conference on Visualization and Modeling, Leeds, UK, 1995.
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Hierarchical Visibility Culling for Spline Models ( pages, PostScript,
900K) S. Kumar and D. Manocha. Graphics Interface, Toronto, Canada,
1996.
UNC Research Group on Modeling,
Physically-Based Simulation and Applications
Please let us know if these papers are not previewable or printable at
your site: kumar@cs.unc.edu or dm@cs.umd.edu