2. IEEE Visualization 1991

Gregory M. Nielson, Lawrence J. Rosenblum (Eds.): Proceedings IEEE Visualization'91. IEEE Computer Society Press 1991

Flow Visualization

Deborah Silver, M. Gao, Norman Zabusky:
Visualizing Causal Effects in 4D Space-Time Vector Fields. 12-16
Steve Bryson, C. Levit:
The Virtual Windtunnel: An Environment for the Exploration of Three-Dimensional Unsteady Flows. 17-24
P. G. Swann, Sudhanshu Kumar Semwal:
Volume Rendering of Flow-Visualization Point Data. 25-32
Al Globus, C. Levit, T. Lasinski:
A Tool for Visualizing the Topology of Three-Dimensional Vector Fields. 33-41

H. W. Park, K. S. Eo, D. L. Kim, B. K. Choi, Y. Kim, T. Alexander:
Two Widely Different Architectural Approaches to Computer Image Generation. 42-49
P. Schroder, J. B. Salem:
Fast Rotation of Volume Data on Data Parallel Architectures. 50-57
Terry S. Yoo, Ulrich Neumann, Henry Fuchs, Stephen M. Pizer, Tim J. Cullip, John Rhoades, Ross T. Whitaker:
Achieving Direct Volume Visualization with Interactive Semantic Region Selection. 58-67

R. S. Gallangher:
Span Filering: An Optimization Scheme for Volume Visualization of Large Finite Element Methods. 68-75
David Watson, Jakub Wejchert, David W. Williams, Bri M. Collins:
Visualization of Equations in an Interactive Environment. 76-82
Gregory M. Nielson, Bernd Hamann:
The Asymptotic Decider: Resolving the Ambiguity in Marching Cubes. 83-93

Lawrence J. Rosenblum, Behzad Kamgar-Parsi, Edward O. Belcher, O. Engelsen:
Acoustic Imaging: The Reconstruction of Underwater Objects. 94-101
Nelson L. Max:
Computer Assisted Sphere Packing in Higher Dimensions. 102-108
R. H. Wolfe, M. Needels, J. D. Jaonnopoulos:
The Electronic Structure of Oxygen in Silicon as Revealed by Volume Visualization of Ab Initio Calculations. 109-115
William E. Lorensen, B. Yamron:
Golf Green Visualization. 116-125

William J. Schroeder, Christopher R. Volpe, William E. Lorensen:
The Stream Polygon: A Technique for 3D Vector Field Visualization. 126-132
Bowen Alpern, Larry Carter:
The Hyperbox. 133-139
W. R. Feeney:
Gray Scale Diagrams as Business Charts. 140-147
R. Victor Klassen, Steven J. Harrington:
Shadowed Hedgehogs: A Technique for Visualizing 2D Slices of 3D Vector Fields. 148-162

Andreas Buja, John Alan McDonald, J. Michalak, Werner Stuetzle:
Interactive Data Visualization Using Focusing and Linking. 156-163
Haim Levkowitz:
Color Icons: Merging Color and Texture Perception for Integrated Visualization of Multiple Parameters. 164-170
Ted Mihalisin, John Timlin, J. Schwegler:
Visualization and Analysis of Multivariate Data: A Technique for all Fields. 171-178
K. P. Hinkley, Matthew O. Ward:
The Visual Comparison of Three Sequences. 179-187

Nahum D. Gershon:
Enhanced Visualization of Multi-dimensional Structures: Applications in Positron Emission Tomography and Cimate Data. 188-193
S. K. Law, P. L. Nunez, A. F. Westdorp, A. V. Nelson, K. L. Pilgreen:
Topographical Mapping of Brain Electrical Activity. 194-201
Guang-Zhong Yang, Peter Burger, Philip J. Kilner, Raad Mohiaddin:
In Vivo Blood Flow Visualization with Magnetic Resonance Imaging. 202-209
Nils Thune, Bjørn Olstad:
Visualizing 4-D Medical Ultrasound Data. 210-217

Thomas A. Foley, David A. Lane:
Multi-Valued Volumetric Visualization. 218-225
Roni Yagel, Arie E. Kaufman, Q. Zhang:
Realistic Volumetric Imaging. 226-231
R. Shu, A. Lui:
A Fast Ray Casting Algorithm Using Adaptive Isotriangular Subdivision. 232-238
T. Todd Elvins, David R. Nadeau:
NetV: An Experimental Network-Based Volume Visualization System. 239-247

Stuart Smith, Georges G. Grinstein, R. Daniel Bergeron:
Interactive Data Exploration with a Supercomputer. 248-254
Allan Tuchman, David Jablonowski, George Cybenko:
Run-Time Visualization of Program Data. 255-261
Roger Crawfis, M. J. Allison:
A Scientific Visualization Synthesizer. 262-267
Ulrich Lang, R. Lang, R. Rule:
Integration of Visualization and Scientific Calculation in a Software System. 268-275

David R. Nadeau, T. Todd Elvins, Michael J. Bailey:
Image Handling in a Multi-Vendor Environment. 276-283
B. Johnson, Ben Shneiderman:
Tree maps: A Space-Filling Approach to the Visualization of Hierarchical Information Structures. 284-291
Eric Grosse:
How Shall We Connect Our Software Tools? 292-297

Robert B. Haber, Bruce Lucas, Nancy S. Collins:
Data Model for Scientific Visualization with Provisions for Regular and Irregular Grids. 298-305
Sandeep Kochhar, Mark Friedell, Mark Vincent LaPolla:
Cooperative, Computer-Aided Design of Scientific Visualizations. 306-313
William C. Hill, James D. Hollan:
Deixis and the Future of Visualization Excellence. 314-320
Andrew J. Hanson, P. A. Peng:
Visualizing the Fourth Dimension Using Geometry and Light. 321-329

Duncan Stevenson:
Visualization Tools for Semi-Conductor Modeling Software. 360-363
N. E. Hurlburt, L. W. Anacker, R. Kopelman:
Visualizing Chemical Kinetics in Fractal Domains. 364-367
Q. E. Dolocek:
Multidimensional Real-Time Visualization on Personal Computers. 368-371
S. M. Legensky:
Advanced Visualization on Desktop Workstations. 372-378
David W. Robertson, V. L. Jacobson, William E. Johnston, S. C. Loken, E. H. Theil, B. L. Tieney:
Distributed Visualization using Workstations, SuperJacques Lévy-Vehelcomputers and High Speed Networks. 379-382
L. van der Sluis:
Designing a Distributed Scientific Visualization Tool. 383-386
Nan C. Schaller:
Experiments with Interdisciplinary Projects and Scientific Visualization Applications at the Undergraduate Level. 387-391
Robert Haimes, David L. Darmofal:
Visualization in Computational Fluid Dynamics: A Case Study. 392-397
J. Burnetti, R. Manley, W. Mitchell, D. Varnadore:
Visualizing Environmental Data for Program Decision Support. 398-404

Last update Thu May 24 04:45:43 2012 CET by the DBLP Team —

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