Flow Visualization

• 
  James Helman, Lambertus Hesselink: Surface Representations of Two- and Three-Dimensional Fluid Flow Topology. 6-13
• 
  Gordon V. Bancroft, Fergus Merritt, Todd Plessel, P. G. Kelaita, R. K. McCabe, Al Globus: FAST: A Multi-Processed Environment for Visualization of Computational Fluid Dynamics. 14-27
• 
  William L. Hibbard, David A. Santek: The VIS-5D System for Easy Interactive Visualization. 28-35

Volume Visualization Techniques

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  J. L. Montine: A Procedural Interface for Volume Rendering. 36-44
• 
  Gregory M. Nielson, Bernd Hamann: Techniques for the Interactive Visualization of Volumetric Data. 45-50
• 
  Yaser Yacoob: Displaying Voxel-Based Objects According to Their Qualitative Shape Synthesis. 51-58

Modelling

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  Del Lamb, Amit Bandopadhay: Interpreting a 3D Object from a Rough 2D Line Drawing. 59-66
• 
  Anthony J. Maeder: Animation Techniques for Chain-Coded Objects. 67-73
• 
  James V. Miller, David E. Breen, Michael J. Wozny: Extracting Geometric Models Through Constraint Minimization. 74-82

Applications I

• 
  Ping-Kang Hsiung, Robert H. Thibadeau, Christopher B. Cox, Robert H. P. Dunn, Michael Wu, P. A. Olbrich: Wide-band Relativistic Doppler Effect Visualization. 83-92
• 
  Richard A. Becker, Stephen G. Eick, E. O. Miller, Allan R. Wilks: Dynamic Graphics for Network Visualization. 93-96
• 
  Andrew J. Hanson, P. A. Heng, B. C. Kaplan: Techniques for Visualizing Fermat's Last Theorem. 97-106
• 
  Bowen Alpern, Larry Carter, Ted Selker: Visualizing Computer Memory Architectures. 107-113

Techniques and Methodologies I

• 
  Philip K. Robertson: A Methodology for Scientific Visualization: Choosing Representations based on Natural Scene Paradigm. 114-123
• 
  G. David Kerlick: Moving Iconic Objects in Scientific Visualization. 124-130
• 
  Gerald L. Lohse, Henry H. Rueter, Kevin Biolsi, Neff Walker: Classifying Visual Knowledge Representations: A Foundation for Visualization Research. 131-138
• 
  Stephen Wehrend, Clayton Lewis: A Problem-oriented Classification of Visualization Techniques. 139-143

Biomedical Applications

• 
  Nahum D. Gershon: Visualization and Three-Dimensional Image Processing of Positron Emission. 144-149
• 
  Kalpathi R. Subramanian, Donald S. Fussell: Applying Space Subdivision Techniques to Volume Rendering. 150-159
• 
  Arie E. Kaufman, Roni Yagel, Reuven Bakalash, I. Spector: Volume Visualization in Cell Biology. 160-167
• 
  Lori L. Scarlatos, Theo Pavlidis: ierarchical Triangulation Using Terrain Features. 168-175
• 
  G. Fekete: Rendering and Managing Spherical Data with Sphere Quadtrees. 176-186
• 
  Hans Hagen, Thomas Schreiber, Ernst Gschwind: Methods for Surface Interrogation. 187-193
• 
  C. J. Yen, K. W. Bedford, J. L. Kempf, R. E. Marshell: A Three-Dimensional/Stereoscopic Display and Model Control System for Great Lakes Forecasts. 194-201
• 
  Binh Pham: Spline-Based Color Sequences for Univariate, Bivariate and Trivariate Mapping. 202-208
• 
  John C. Hart, Louis H. Kauffman, Daniel J. Sandin: Interactive Visualization of Quaternion Julia Sets. 209-218
• 
  Y. Ke, E. S. Panduranga: A Journey into the Fourth Dimension. 219-229
• 
  J. LeBlanc, Matthew O. Ward, N. Wittels: Exploring N-Dimensional Databases. 230-237
• 
  J. Beddow: Shape Coding of Multidimensional Data on a Microcomputer Display. 238-246
• 
  Thomas A. Foley, David A. Lane: Visualization of Irregular Multivariate Data. 247-254
• 
  Ted Mihalisin, E. Grawlinksi, John Timlin, J. Schwegler: Visualizing a Scalar Field on an N-dimensional Lattice. 255-262
• 
  R. J. Meyers, M. B. Stephenson: Ray Traced Scalar Fields with Shaded Polygonal Output. 263-272
• 
  W. Kruger: The Application of Transport Theory to Visualization of 3D Scalar Data Fields. 273-280
• 
  J. L. Pajon, V. B. Tran: Visualization of Scalar Data Defined on a Structured Grid: Applications to Petroleum Research. 281-288
• 
  David P. Dobkin, E. S. Panduranga, M. Zhu: A Numerical Method for Rendering Spherical Reflections. 289-297
• 
  P. C. Hsu, John Staudhamer: Superposing Images with Shadow Casting. 298-306
• 
  Debra Dooley, Michael F. Cohen: Automatic Illustration of 3D Geometric Models: Surfaces. 307-314
• 
  K. Voegde: Scattered Data Interpolation Tools in a Microcomputer Visualization Environment. 315-322
• 
  D. L. Brittain, J. Aller, M. Wilson, S. L. C. Wang: Design of an End-User Data Visualization System. 323-328
• 
  Elizabeth M. Wenzel, S. S. Fisher, P. K. Stone, Scott H. Foster: A System for Three-Dimensional Acoustic Visualization in a Virtual Environment Workstation. 329-337
• 
  P. Phillips: An Interpersonal Multimedia Visualization System. 338-341
• 
  Michael J. Laszlo: Techniques for Visualizing 3-Dimensional Manifolds. 342-352
• 
  Alyn P. Rockwood: Accurate Display of Tensor Product Isosurfaces. 353-360
• 
  Alfred Inselberg, B. Dimsdale: Parallel Coordinates: A Tool for Visualizing Multi-dimensional Geometry. 361-378
• 
  D. Lasser: Visualization of Free-Form Volumes. 379-387

Case Studies

• 
  G. W. Edgar: Visualization of Non-Linear Engineering FEM Analysis in Manufacturing. 422-423
• 
  Stephen L. Senft, V. J. Argio, W. L. van Zandt: Volume Microscopy of Biological Specimens Based on Nonconfocal Imaging Techniques. 424-428
• 
  L. Herr: Visualization of the Information Age. 429
• 
  W. E. Fordyce, J. J. Ventrella: Factors Inducing Periodic Breathing in Humans Blunted Hypoxic Sensitivity. 430-434
• 
  S. M. Legensky: Interactive Investigations of Fluid Mechanics Data Sets. 435-439
• 
  D. A. Prawel: Real-World Applications of Visualization Solutions. 440-442
• 
  Q. E. Docecek, K. Moorjani, B. F. Kim, D. G. Tilley, Thomas S. Denney Jr.: Personal Visualization System: Applications in Research and Engineering. 443-448
• 
  B. K. Christensen, L. M. Desjarlais: A Graphical Interface for Robotic Remediation of Underground Storage Tanks. 449-456
• 
  D. J. Cox: Interdisciplinary Visualization: Lessons Learned at NCSA. 457-458

last updated on Sat May 18 05:40:32 2013 by the dblp team
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