3. IEEE Visualization 1992

Arie E. Kaufman, Gregory M. Nielson (Eds.): Proceedings IEEE Visualization '92. IEEE Computer Society 1992

Volume Visualization

Ricardo S. Avila, Lisa M. Sobierajski, Arie E. Kaufman:
Towards a Comprehensive Volume Visualization System. 13-20
Shigeru Muraki:
Approximation and Rendering of Volume Data Using Wavelet Transforms. 21-28
Georgios Sakas, J. Hartig:
Interactive Visualization of Large Scalar Voxel Fields. 29-36
Peter L. Williams:
Interactive Splatting of Nonrectilinear Volumes. 37-45

K. L. Ma, P. J. Smith:
Virtual Smoke: An Interactive 3-D Flow Visualization Technique. 46-53
Jarke J. van Wijk:
Rendering Surface Particles. 54-62
David N. Kenwright, G. D. Mallison:
A 3-D Streamline Tracking Algorithm Using Dual Stream Functions. 62-69

Hans Hagen, Stefanie Hahmann:
Generalized Focal Surfaces: A New Method for Surface Interrogation. 70-76
Charles D. Hansen, P. A. Hinker:
Massively Parallel Isosurface Extraction. 77-83
Andrew J. Hanson, P. A. Hinker:
Four-Dimensional Views of 3-D Scalar Fields. 84-92

T. Todd Elvins:
Volume Rendering on a Distributed Memory Parallel Computer. 93-98
R. D. Williams, F. L. Wefer, T. E. Clifton:
Direct Volumetric Visualization. 99-106
Bruce Lucas, G. D. Abrams, Nancy S. Collins, D. A. Epstien, Donna L. Gresh, Kevin P. McAuliffe:
An Architecture for a Scientific Visualization System. 107-114
Karl Heinz Höhne, Andreas Pommert, Martin Riemer, Thomas Schiemann, Rainer Schubert, Ulf Tiede, W. Lierse:
Anatomical Atlases Based on Volume Visualization. 115-123

David Turo, B. Johnson:
Improving the Visualization of Hierarchies with Treemaps: Design Issues and Experimentation. 124-131
X. Wu, Y. Fang:
An Efficient Range Search Algorithm for Visualizing Extrema of Volume Data. 132-138
William L. Hibbard, Charles R. Dyer, Brian E. Paul:
Display of Scientific Data Structures for Algorithm Visualization. 139-146
Kalpathi R. Subramanian, Bruce F. Naylor:
Representing Medical Images with Partitioning Trees. 147-155

K. Koyamada:
Visualization of Simulated Airflow in a Clean Room. 156-163
Fernando Grinstein, Upul Obeysekare, Gopal Patnaik:
Flow Visualization as a Basic Tool to Investigate the Dynamics and Topology of Jets. 164-170
Jeff P. Hultquist:
Constructing Stream Surfaces in Steady 3-D Vector Fields. 171-178
Nelson L. Max, Roger Crawfis, D. Williams:
Visualizing Wind Velocities by Advecting Cloud Textures. 179-185

Janice E. Cuny, Alfred Hough, Joydip Kunda:
Logical Time in Visualizations Produced by Parallel Programs. 186-193
Daniel A. Keim, Vincent Y. Lum:
Visual Query Specification in a Multimedia Database System. 194-201
Carla S. Williams, John Rasure, C. Hansen:
The State of the Art of Visual Languages for Visualization. 202-209
Stephen G. Eick, Joseph L. Steffen:
Visualizing Code Profiling Line Oriented Statistics. 210-218

William J. Schroeder, William E. Lorensen, G. D. Montanaro, Christopher R. Volpe:
VISAGE: An Object-Oriented Scientific Visualization System. 219-226
Bruce Lucas:
A Scientific Visualization Renderer. 227-234
R. R. Springmeyer, Meera Blattner, Nelson L. Max:
A Characterization of the Scientific Data Analysis Process. 236-242
Jeff P. Hultquist, E. L. Raible:
SuperGlue: A Programming Environment for Scientific Visualization. 243-251

Penny Rheingans:
Color, Change and Control for Quantitative Data Display. 252-259
L. R. Seidenberg, Robert B. Jerard, J. Megewick:
Surface Curvature Analysis Using Color. 260-267
Nahum D. Gershon:
Visualization of Fuzzy Data Using Generalized Animation. 268-273
X. Lin:
Visualization for the Document Space. 274-282

Clifford Beshers, Steven Feiner:
Automated Design of Virtual Worlds for Visualizing Multivariate Relations. 283-290
Steve Bryson:
Virtual Spacetime: An Environment for the Visualization of Curved Spacetimes via Geodesic Flows. 291-298
David R. Nadeau, Michael J. Bailey:
Network Video Device Control. 299-307

T. J. True, J. F. Hughes:
Volume Warping. 308-315
Thierry Delmarcelle, Lambertus Hesselink:
Visualization of Second-Order Tensor Fields and Matrix Data. 316-323
Mark A. Christon, T. Spelce:
Visualization of High-Resolution, 3-D, Nonlinear, Finite Element Analyses. 324-332

Lori L. Scarlatos, Theo Pavlidis:
Optimizing Triangulation by Curvature Equalization. 333-339
John R. Wright, Julia C. Hsieh:
A Voxel-Based, Forward-Projection Algorithm for Rendering Surface and Volumetric Data. 340-348
J. Kaba, J. Matey, Gordon Stoll, Herb Taylor, Pat Hanrahan:
Interactive Terrain Rendering van Volume Visualization on the Princeton Engine. 349-355
Stephen M. Ervin:
Visualizing n-Dimensional Implications of 2-D Design Decisions. 356-361

M. J. Geller, E. E. Flaco, D. G. Fabricant, B. Estus:
Visualizing the Universe. 390-397
R. Popovic:
Visualization of Neutron Scattering Data Using AVS. 398-403

Alan D. Kalvin, D. Dean, J. J. Hublin, M. Braun:
Visualization in Anthropology: Reconstruction of Human Fossils. 404-410
Robert S. MacLeod, N. E. Harrison, Christopher R. Johnson, Michael A. Matheson:
Visualization of Cardiac Bioelectricty - A Case Study. 411-418
Philip J. Mercurio, T. Todd Elvins, Stephen J. Young:
The Microscopist's Workstation. 419-423

J. McLeod, C. Small:
Visualizing Seafloor Structures with Satellite Gravity Measurements. 424-427
Theresa-Marie Rhyne, M. Bolstad, Penny Rheingans, L. Petterson, W. Shackelford, Mike E. Botts, E. Pepke, K. W. Johnson, William L. Hibbard, Charles R. Dyer, Brian E. Paul, Lloyd Treinish:
Visualization Requirements in the Atmospheric and Environmental Sciences (Five Case Study Reports). 428-435

Norman Zabusky, Deborah Silver:
Visualizing Classical Problems in CFD. 436-440
C. S. Jones, J. A. Baca:
Visualizing a 3-D Hydrodynamic Model. 441-446

Last update Mon Feb 13 04:42:15 2012 CET by the DBLP Team —

Data released under the ODC-BY 1.0 license — See also our legal information page