• 
  Pat Hanrahan: Modern Trompe l'oeil - Keynote. 15
• 
  Turner Whitted: Draw on the wall - Capstone Address. 16

Papers

Terrain Visualization and Level of Detail Techniques

• 
  Renato Pajarola: Large scale terrain visualization using the restricted quadtree triangulation. 19-26
• 
  Jianyun Chai, Takaharu Miyoshi, Eihachiro Nakamae: Contour interpolation and surface reconstruction of smooth terrain models. 27-33
• 
  Hugues Hoppe: Smooth view-dependent level-of-detail control and its application to terrain rendering. 35-42
• 
  Leila De Floriani, Paola Magillo, Enrico Puppo: Efficient implementation of multi-triangulations. 43-50

Surfaces and Level of Detail Techniques

• 
  Chandrajit L. Bajaj, Valerio Pascucci, Daniel Schikore: Visualization of scalar topology for structural enhancement. 51-58
• 
  Paolo Cignoni, Claudio Montani, Roberto Scopigno, Claudio Rocchini: A general method for preserving attribute values on simplified meshes. 59-66
• 
  Marek Teichmann, Michael V. Capps: Surface reconstruction with anisotropic density-scaled alpha shapes. 67-72
• 
  Georges-Pierre Bonneau, Alexandre Gerussi: Level of detail visualization of scalar data sets on irregular surface meshes. 73-77

Feature Detection and Visualization

• 
  Deborah Silver, Xin Wang: Tracking scalar features in unstructured datasets. 79-86
• 
  Chris Henze: Feature detection in linked derived spaces. 87-94
• 
  Chi-Keung Tang, Gérard G. Medioni: Extremal feature extraction from 3-D vector and noisy scalar fields. 95-102
• 
  Yingmei Lavin, Rajesh Batra, Lambertus Hesselink: Feature comparisons of vector fields using earth mover's distance. 103-109

Multi-Dimensional Visualization

• 
  Christopher G. Healey, James T. Enns: Building perceptual textures to visualize multidimensional datasets. 111-118
• 
  Henrik Weimer, Joe D. Warren, Jane Troutner, Wendell Wiggins, John Shrout: Efficient co-triangulation of large data sets. 119-126
• 
  David H. Laidlaw, Eric T. Ahrens, David Kremers, Matthew J. Avalos, Russell E. Jacobs, Carol Readhead: Visualizing diffusion tensor images of the mouse spinal cord. 127-134

Flow and Streamlines

• 
  Xiaoyang Mao, Yuji Hatanaka, Hidenori Higashida, Atsumi Imamiya: Image-guided streamline placement on curvilinear grid surfaces. 135-142
• 
  Martin Roth, Ronald Peikert: A higher-order method for finding vortex core lines. 143-150
• 
  David N. Kenwright: Automatic detection of open and closed separation and attachment lines. 151-158

Isosurface Extraction

• 
  Han-Wei Shen: Isosurface extraction in time-varying fields using a temporal hierarchical index tree. 159-166
• 
  Yi-Jen Chiang, Cláudio T. Silva, William J. Schroeder: Interactive out-of-core isosurface extraction. 167-174
• 
  Yarden Livnat, Charles D. Hansen: View dependent isosurface extraction. 175-180

Information Visualization

• 
  Daniel A. Keim, Annemarie Herrmann: The Gridfit algorithm: an efficient and effective approach to visualizing large amounts of spatial data. 181-188
• 
  Nancy E. Miller, Pak Chung Wong, Mary Brewster, Harlan Foote: TOPIC ISLANDS - a wavelet-based text visualization system. 189-196
• 
  Donald H. House, Christopher J. Kocmoud: Continuous cartogram construction. 197-204

Interactive Visualization / VR / Animation

• 
  Klaus Kremer: A concept for virtual reality tools for design reviews. 205-210
• 
  Voicu Popescu, Anselmo Lastra, Daniel G. Aliaga, Manuel Menezes de Oliveira Neto: Efficient warping for architectural walkthroughs using layered depth images. 211-215
• 
  Kay A. Robbins, David M. Senseman: Visualizing differences in movies of cortical activity. 217-224
• 
  Robert van Liere, Jan Harkes, Wim C. de Leeuw: A distributed blackboard architecture for interactive data visualization. 225-231

Isosurface & Volume Rendering

• 
  Steven G. Parker, Peter Shirley, Yarden Livnat, Charles D. Hansen, Peter-Pike J. Sloan: Interactive ray tracing for isosurface rendering. 233-238
• 
  Klaus Mueller, Roger Crawfis: Eliminating popping artifacts in sheet buffer-based splatting. 239-245
• 
  Lichan Hong, Arie E. Kaufman: Accelerated ray-casting for curvilinear volumes. 247-253
• 
  Ulf Tiede, Thomas Schiemann, Karl Heinz Höhne: High quality rendering of attributed volume data. 255-262

Simplification

• 
  Michael Garland, Paul S. Heckbert: Simplifying surfaces with color and texture using quadric error metrics. 263-269
• 
  M. Gopi, Dinesh Manocha: A unified approach for simplifying polygonal and spline models. 271-278
• 
  Peter Lindstrom, Greg Turk: Fast and memory efficient polygonal simplification. 279-286
• 
  Issac J. Trotts, Bernd Hamann, Kenneth I. Joy, David F. Wiley: Simplification of tetrahedral meshes. 287-295

Tensor / Flow

• 
  Ed Boring, Alex Pang: Interactive deformations from tensor fields. 297-304
• 
  Anton L. Fuhrmann, Eduard Gröller: Real-time techniques for 3D flow visualization. 305-312
• 
  Gregory M. Nielson, Il-Hong Jung, Junwon Sung: Wavelets over curvilinear grids. 313-317

Image-based Techniques and Volume Analysis

• 
  Shiaofen Fang, Tom Biddlecome, Mihran Tuceryan: Image-based transfer function design for data exploration in volume visualization. 319-326
• 
  Andrew J. Hanson, Eric A. Wernert: Image-based rendering with occlusions via cubist images. 327-334
• 
  Christoph Lürig, Thomas Ertl: Hierarchical volume analysis and visualization based on morphological operators. 335-341

Texturing and Rendering

• 
  David Cline, Parris K. Egbert: Interactive display of very large textures. 343-350
• 
  Jurriaan D. Mulder, Frans C. A. Groen, Jarke J. van Wijk: Pixel masks for screen-door transparency. 351-358
• 
  Wim C. de Leeuw, Robert van Liere: Comparing LIC and spot noise. 359-365
• 
  Yair Kurzion, Torsten Möller, Roni Yagel: Size preserving pattern mapping. 367-373

Surfaces II

• 
  Andrew J. Hanson: Constrained optimal framings of curves and surfaces using quaternion Gauss maps. 375-382
• 
  André Guéziec, Gabriel Taubin, Francis Lazarus, William Horn: Converting sets of polygons to manifold surfaces by cutting and stitching. 383-390
• 
  Axel Friedrich, Konrad Polthier, Markus Schmies: Interpolation of triangle hierarchies. 391-396
• 
  Oliver G. Staadt, Markus H. Gross: Progressive tetrahedralizations. 397-402

Case Studies

Flow Visualization

• 
  Lloyd Treinish: Task-specific visualization design: a case study in operational weather forecasting. 405-409
• 
  Leslie Keely, Samuel P. Uselton: Development of a multi-source visualization prototype. 411-414
• 
  Qin Shen, Alex Pang, Samuel P. Uselton: Data level comparison of wind tunnel and computational fluid dynamics data. 415-418
• 
  I. Ari Sadarjoen, Frits H. Post, Bing Ma, David C. Banks, Hans-Georg Pagendarm: Selective visualization of vortices in hydrodynamic flows. 419-422

Medical Data Visualization

• 
  Johanna E. van der Heyden, M. Sheelagh T. Carpendale, Kevin B. Inkpen, M. Stella Atkins: Visual presentation of magnetic resonance images. 423-426
• 
  Frans Vos, Hans J. W. Spoelder: Visualization in corneal topography. 427-430
• 
  Kevin Montgomery, Michael Stephanides, Stephen Schendel, Muriel Ross: A case study using the virtual environment for reconstructive surgery. 431-434
• 
  Enrico Gobbetti, Piero Pili, Antonio Zorcolo, Massimiliano Tuveri: Interactive virtual angioscopy. 435-438

3D Modeling and Visualization

• 
  Sami Khoury, Adrian Freed, David Wessel: Volumetric modeling of acoustic fields in CNMAT's sound spatialization theatre. 439-442
• 
  M. L. Lantin, M. Sheelagh T. Carpendale: Supporting detail-in-context for the DNA representation, H-curves. 443-446
• 
  Nelson L. Max: Visualizing Hilbert curves. 447-450

Terrain & Large Data Visualization

• 
  Dru Clark, Richard Marciano, Rosemarie McKeon, Michael J. Bailey: Rear-projecting virtual data onto physical terrain: an exercise in two senses being better than one. 451-454
• 
  Douglass Davis, William Ribarsky, Nickolas Faust, T. Y. Jiang: Intent, perception, and out-of-core visualization applied to terrain. 455-458
• 
  Philip D. Heermann: Production visualization for the ASCI one TeraFLOPS machine. 459-462
• 
  Jim Durbin, J. Edward Swan II, Brad Colbert, John Crowe, Rob King, Tony King, Christopher Scannell, Zachary Wartell, Terry Welsh: Battlefield visualization on the responsive workbench. 463-466
• 
  Hong Ma, Keith W. Jones, Eric A. Stern: Scientific visualization and data modeling of scattered sediment contaminant data in New York/New Jersey estuaries. 467-470
• 
  Allen McPherson, Mathew Maltrud: POPTEX: interactive ocean model visualization using texture mapping hardware. 471-474
• 
  Peter A. Rona, Karen G. Bemis, Deepak R. Kenchammana-Hosekote, Deborah Silver: Acoustic imaging and visualization of plumes discharging from black smoker vents on the deep seafloor. 475-478
• 
  Paul Chapman, Peter Stevens, Derek Wills, Graham R. Brookes: Seabed visualization. 479-481

Engineering & Design

• 
  Elisha Sacks, Leo Joskowicz: Configuration space visualization for mechanical design. 483-486
• 
  Marco Lanzagorta, Milo V. Kral, J. Edward Swan II, George Spanos, Robert Rosenberg, Eddy Kuo: Three-dimensional visualization of microstructures. 487-490
• 
  Clifford A. Shaffer, Duane L. Knill, Layne T. Watson: Visualization for multiparameter aircraft designs. 491-494

Panels

• 
  Arie E. Kaufman, Marty Brady, William E. Lorensen, Frederick L. Kitson, Hanspeter Pfister: Why is real-time volume rendering no longer a year away? 497-499
• 
  Samuel P. Uselton, Lloyd Treinish, James P. Ahrens, E. Wes Bethel, Andrei State: Multi-source data analysis challenges. 501-504
• 
  Georges G. Grinstein, Sharon J. Laskowski, Alfred Inselberg: Key problems and thorny issues in multidimensional visualization. 505-506
• 
  David H. Laidlaw, David Kremers, Felica Frankel, Victoria Interrante, Thomas Banchoff: Art and visualization: oil and water? 507-509

Color Plates

last updated on Mon May 20 02:42:55 2013 by the dblp team
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