5. IEEE Visualization 1994: Washington, DC, USA

Honorary Chair Address

• Andries van Dam: Interactive Visualization via 3D User Interfaces. 2

Keynote Panel

• Nahum D. Gershon: Visualization in the Information Highway. 4
• Stuart K. Card: Information Workspaces for Large Scale Cognition. 5
• Steven F. Roth: A Visualization System on Every Desk - Keeping it Simple. 6
• Ben Shneiderman: The Future of Graphic User Interfaces. 7

Capstone Address

• Bela Julesz: The Crucial Difference Between Human and Machine Vision: Focal Attention. 10

Volume Visualization Systems

• Cheong S. Ang, David C. Martin, Michael D. Doyle:
  Integrated Control of Distributed Volume Visualization Through the World-Wide-Web. 13-20
  
• John S. Rowlan, G. Edward Lent, Nihar Gokhale, Shannon Bradshaw:
  A distributed, parallel, interactive volume rendering package. 21-30
  
• Ricardo S. Avila, Taosong He, Lichan Hong, Arie E. Kaufman, Hanspeter Pfister, Cláudio T. Silva, Lisa M. Sobierajski, Sidney W. Wang:
  VolVis: A Diversified Volume Visualization System. 31-38
  

Applications

• William J. Schroeder, William E. Lorensen, Steve Linthicum:
  Implicit Modeling of Swept Surfaces and Volumes. 40-45
  
• Boris Yamrom, John A. Sutliff, Andrew P. Woodfield:
  Visualizing Polycrystalline Orientation Microstructures with Spherical Color Maps. 46-51
  
• Patrick J. Moran, Marcus Wagner:
  Introducing Alpha Shapes for the Analysis of Path Integral Monte Carlo Results. 52-59
  

Surfaces

• Michael Margaliot, Craig Gotsman:
  Piecewise-Linear Surface Approximation From Noisy Scattered Samples. 61-68
  
• Chandrajit L. Bajaj, Andrew V. Royappa:
  Triangulation and Display of Rational Parametric Surfaces. 69-76
  
• Takayuki Itoh, Koji Koyamada:
  Isosurface Generation by Using Extrema Graphs. 77-83
  

Visualization Techniques

• Taosong He, Sidney W. Wang, Arie E. Kaufman:
  Wavelet-Based Volume Morphing. 85-92
  
• Hai Tao, Robert J. Moorhead:
  Progressive Transmission of Scientific Data Using Biorthogonal Wavelet Transform. 93-99
  
• Stephen R. Marschner, Richard Lobb:
  An Evaluation of Reconstruction Filters for Volume Rendering. 100-107
  
• Andrew J. Hanson, Hui Ma:
  Visualizing Flow with Quaternion Frames. 108-115
  

Flow Features and Topology

• Hans-Georg Pagendarm, Birgit Walter:
  Feature Detection from Vector Quantities in a Numerically Simulated Hypersonic Flow Field in Combination with Experimental Flow Visualization. 117-123
  
• Kwan-Liu Ma, Z. C. Zheng:
  3D Visualization of Unsteady 2D Airplane Wake Vortices. 124-131
  
• David C. Banks, Bart A. Singer:
  Vortex Tubes in Turbulent Flows: Identification, Representation, Reconstruction. 132-139
  
• Thierry Delmarcelle, Lambertus Hesselink:
  The Topology of Symmetric, Second-Order Tensor Fields. 140-147
  

Visualizing Geometry and Algorithms

• Ayellet Tal, David P. Dobkin:
  GASP - A System for Visualizing Geometric Algorithms. 149-155
  
• Robert A. Cross, Andrew J. Hanson:
  Virtual Reality Performance for Virtual Geometry. 156-163
  
• Marc Najork, Marc H. Brown:
  A Library for Visualizing Combinatorial Structures. 164-171
  
• Doug Kimelman, Bryan S. Rosenburg, Tova Roth:
  Strata-Various: Multi-Layer Visualization of Dynamics in Software System Behavior. 172-178
  

Volume Visualization Techniques

• Han-Wei Shen, Christopher R. Johnson:
  Differential Volume Rendering: A Fast Volume Visualization Technique for Flow Animation. 180-187
  
• Milos Srámek:
  Fast Surface Rendering from Raster Data by Voxel Traversal Using Chessboard Distance. 188-195
  
• Cláudio T. Silva, Arie E. Kaufman:
  Parallel Performance Measures for Volume Ray Casting. 196-203
  

User Interfaces and Techniques

• Kirk L. Duffin, William A. Barrett:
  Spiders: A New User Interface for Rotation and Visualization of N-dimensional Point Sets. 205-211
  
• Ray Twiddy, John Cavallo, Shahram M. Shiri:
  Restorer: A Visualization Technique for Handling Missing Data. 212-216
  
• Gitta Domik, Bernd Gutkauf:
  User Modeling for Adaptive Visualization Systems. 217-223
  

Flow Visualization Techniques

• Manfred Brill, Hans Hagen, Hans-Christian Rodrian, Wladimir Djatschin, Stanislav V. Klimenko:
  Streamball Techniques for Flow Visualization. 225-231
  
• David S. Ebert, Roni Yagel, James N. Scott, Yair Kurzion:
  Volume Rendering Methods for Computational Fluid Dynamics Visualization. 232-239
  
• Lisa K. Forssell:
  Visualizing Flow Over Curvilinear Grid Surfaces Using Line Integral Convolution. 240-247
  
• Nelson L. Max, Roger Crawfis, Charles Grant:
  Visualizing 3D Velocity Fields Near Contour Surfaces. 248-255
  

Flow Visualization Systems

• David A. Lane:
  UFAT - A Particle Tracer for Time-Dependent Flow Fields. 257-264
  
• Deb Banerjee, Chris Morley, Wayne Smith:
  The Design and Implementation of the Cortex Visualization System. 265-272
  
• Maria M. Loughlin, John F. Hughes:
  An Annotation System for 3D Fluid Flow Visualization. 273-279
  

Surface Extraction

Claudio Montani, Riccardo Scateni, Roberto Scopigno: Discretized Marching Cubes. 281-287
• Sergey V. Matveyev: Approximation of Isosurface in the Marching Cube: Ambiguity Problem. 288-292
• James W. Durkin, John F. Hughes: Nonpolygonal Isosurface Rendering for Large Volume Datasets. 293-300

Visualization Systems

• Alex Pang, Naim Alper:
  Mix&Match: A Construction Kit for Visualization. 302-309
  
• William L. Hibbard, Charles R. Dyer, Brian E. Paul:
  A Lattice Model for Data Display. 310-317
  
• Jean-Marie Favre, James K. Hahn:
  An Object Oriented Design for the Visualization of Multi-Variable Data Objects. 318-325
  
• Matthew O. Ward:
  XmdvTool: Integrating Multiple Methods for Visualizing Multivariate Data. 326-333
  

Case Studies

Magnetohydrodynamics and Mathematics

• Scott E. Parker, Ravi Samtaney:
  Case Study: Tokamak Plasma Turbulence Visualization. 337-340
  
• A. Mankofsky, E. P. Szuszczewicz, P. Blanchard, C. Goodrich, D. McNabb, R. Kulkarni, D. Kamins:
  Case Study: Visualization and Data Analysis in Space and Atmospheric Science. 341-344
  
• Gábor Domokos, Randy C. Paffenroth:
  A Case Study on Visualization for Boundary Value Problems. 345-348
  

Environment

• Lloyd Treinish:
  Case Study: Severe Rainfall Events in Northwestern Peru (Visualization of Scattered Meteorological Data). 350-354
  
• Andreas Johannsen, Robert J. Moorhead:
  Case Study: Visualization of Mesoscale Flow Features in Ocean Basins. 355-358
  
• Philip Peterson, Brian Hayden, F. David Fracchia:
  Case Study: Integrating Spatial Data Display with Virtual Reconstruction. 359-362
  

Medical Applications

• Andrei State, David T. Chen, Chris Tector, Andrew Brandt, Hong Chen, Ryutarou Ohbuchi, Michael Bajura, Henry Fuchs:
  Case Study: Observing a Volume Rendered Fetus within a Pregnant Patient. 364-368
  
• Georgios Sakas, Lars-Arne Schreyer, Marcus Grimm:
  Case Study: Visualization of 3D Ultrasonic Data. 369-373
  
• Tarek K. Alameldin, Mardelle Shepley:
  Case Study: New Techniques in the Design of Healthcare Facilities. 374-377
  

Fire and Brimstone

• Pramod M. Mahadev, Richard D. Christie:
  Case Study: Visualization of an Electric Power Transmission System. 379-381
  
• Holly E. Rushmeier, A. Hamins, M.-Y. Choi:
  Case Study: Volume Rendering of Pool Fire Data. 382-385
  
• Mitchell Roth, Rick Guritz:
  Case Study: Visualization of Volcanic Ash Clouds. 386-390
  

Panels

• Mike E. Botts, Jon D. Dykstra, Lee S. Elson, Steven J. Goodman, Meemong Lee:
  Challenges and Opportunities in Visualization for NASA's EOS Mission to Planet Earth - Panel. 392-395
  
• Christian Roux, Jean-Louis Coatrieux, Jean-Louis Dillenseger, Elliot K. Fishman, Murray H. Loew, Hans-Peter Meinzer, Justin D. Pearlman:
  Visualization in Medicine: VIRTUAL Reality or ACTUAL Reality? (Panel). 396-399
  
• Theresa-Marie Rhyne, William Ivey, Loey Knapp, Peter Kochevar, Tom Mace:
  Visualization and Geographic Information System Integration: What are the needs and the requirements, if any? (Panel). 400-403
  
• Alfred Inselberg, Georges G. Grinstein, Ted Mihalisin, Hans Hinterberger:
  Visualizing multidimensional (multivariate) data and relations (Panel). 404-409
  
• Linda M. Stone, Thomas Erickson, Benjamin B. Bederson, Peter Rothman, Raymond Muzzy:
  Visualizing Data: Is Virtual Reality the Key? (Panel). 410-413
  
• Samuel P. Uselton, Geoff Dorn, Charbel Farhat, Michael W. Vannier, Kim Esbensen, Al Globus:
  Validation, verification and evaluation (Panel). 414-418
  

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