Computers & Graphics, Volume 19

Volume 19, Number 1, 1995

• Hansrudi Noser, Olivier Renault, Daniel Thalmann, Nadia Magnenat-Thalmann:
  Navigation for digital actors based on synthetic vision, memory, and learning. 7-19
  
• Yoshihisa Shinagawa, Tosiyasu L. Kunii, Hideyuki Sato, Masumi Ibusuki:
  Modeling contact of two complex objects, with an application to characterizing dental articulations. 21-28
  
• Gabriele Lohmann:
  Analysis and synthesis of textures: a co-occurrence-based approach. 29-36
  
• Dani Tost, Anna Puig, Isabel Navazo:
  A volume visualization algorithm using a coherent extended weight matrix. 37-45
  
• Markus H. Gross, Lars Lippert, A. Dreger, Rolf M. Koch:
  A new method to approximate the volume-rendering equation using wavelet bases and piecewise polynomials. 47-62
  
• Detlef Ruprecht, Ralf Nagel, Heinrich Müller:
  Spatial free-form deformation with scattered data interpolation methods. 63-71
  
• André Gagalowicz:
  Tools for advanced telepresence systems. 73-88
  
• Th. Roß, Heinz Handels, U. Breuer, K. Szabó:
  3D visualization of microvascular blood vessel networks. 89-96
  
• R. Zewe, H.-J. Koglin:
  A method for the visual assessment of overhead lines. 97-108
  
• Claudia Braun, Thomas H. Kolbe, Felicitas Lang, Wolfgang Schickler, Volker Steinhage, Armin B. Cremers, Wolfgang Förstner, Lutz Plümer:
  Models for photogrammetric building reconstruction. 109-118
  
• Eihachiro Nakamae, Katsumi Tadamura:
  Photorealism in computer graphics--past and present. 119-130
  
• Robert F. Erbacher, Georges G. Grinstein, John Peter Lee, Haim Levkowitz, Lisa Masterman, Ron Pickett, Stuart Smith:
  Exploratory visualization research at the University of Massachusetts at Lowell. 131-139
  
• Axel Hildebrand, Léo Pini Magalhães, José Mario De Martino, Frank Seibert, Rüdiger Strack, Clesio L. Tozzi, Shin-Ting Wu:
  Towards a visual computing and communication reference model. 141-149
  
• Ben Goertzel:
  Rapid generation of strange attractors with the eugenic genetic algorithm. 151-156
  
• Richard L. Bowman:
  Fractal metamorphosis: a brief student tutorial. 157-164
  

Volume 19, Number 2, 1995

• Konrad Tollmar, Yngve Sundblad:
  The design and building of the graphic user interface for the collaborative desktop. 179-188
  
• Mikael Jern:
  Custom widgets for interactive visualization using X and Motif. 189-197
  
• Lars Kjelldahl, Martin Prime:
  A study on how depth perception is affected by different presentation methods of 3D objects on a 2D display. 199-202
  
• Morten Dæhlen, Per Gunnar Holm:
  Matrix decomposition and data reduction. 203-214
  
• Henrik Wann Jensen, Niels Jørgen Christensen:
  Photon maps in bidirectional Monte Carlo ray tracing of complex objects. 215-224
  
• A. Dolenc:
  Rapid recipes for parametric surface models. 225-236
  
• Bengt-Olaf Schneider, Jarek Rossignac:
  M-Buffer: a flexible MISD architecture for advanced graphics. 239-246
  
• Derek Coppen, David Hawes, Mel Slater, Allan Davison:
  A distributed frame buffer for rapid dynamic changes to 3D scenes. 247-250
  
• H. Laporte, Eric Nyiri, Max Froumentin, Christophe Chaillou:
  A graphics system based on quadrics. 251-260
  
• Günter Knittel:
  A VLSI-design for fast vector normalization. 261-271
  
• Christophe Renaud, François Bricout, Eric Leprêtre:
  Massively parallel hemispherical projection for progressive radiosity. 273-279
  
• Li-Sheng Shen, Ed F. Deprettere, Patrick Dewilde:
  A parallel image-rendering algorithm and architecture based on ray tracing and radiosity shading. 281-296
  
• Jaap Smit, H. J. Wessels, A. van der Horst, Mark J. Bentum:
  On the design of a real-time volume rendering engine. 297-300
  
• Martin White, Marcus D. Waller, Graham J. Dunnett, Paul F. Lister, Richard L. Grimsdale:
  Graphics ASIC design using VHDL. 301-308
  
• Julien Clinton Sprott, Clifford A. Pickover:
  Automatic generation of general quadratic map basins. 309-313
  
• Richard L. Bowman:
  Evaluating pseudo-random number generators. 315-324
  
• Werner Hansmann:
  Computer graphics curricula for a wide range of disciplines. 327-330
  
• Jeffrey J. McConnell:
  Computer graphics education: issues from multiple perspectives. 331-334
  

Volume 19, Number 3, 1995

• Desmond J. Walton, Dereck S. Meek:
  Point normal interpolation for stereolithography modelling. 345-353
  
• Yong Zhou, Weihai Chen, Zesheng Tang:
  An elaborate ambiguity detection method for constructing isosurfaces within tetrahedral meshes. 355-364
  
• Andrew D. H. Thomas, Michael G. Rodd:
  Verifying machine vision systems by digital montage. 365-371
  
• Marie-Andrée Jacob:
  Transformation of digital images by discrete affine applications. 373-389
  
• Anis Limaiem, François Trochu:
  Geometric algorithms for the intersection of curves and surfaces. 391-403
  
• B. Pharasi:
  Connected components labelling using murray polygons. 405-411
  
• Djamchid Ghazanfarpour, Jean-Michel Dischler:
  Spectral analysis for automatic 3-D texture generation. 413-422
  
• Hing N. Ng, Richard L. Grimsdale, W. G. Allen:
  A system for modelling and visualization of cloth material. 423-430
  
• Salvador Bayarri:
  Computing non-planar perspectives in real time. 431-440
  
• Thomas De Araujo Buck, Hans-Heino Ehricke, Wolfgang Straßer, Lennart Thurfjell:
  3-D segmentation of medical structures by integration of raycasting with anatomic knowledge. 441-449
  
• Keith Briggs:
  A torus map based on jacobi's sn. 451-453
  
• Helen Qammar, A. Venkatesan:
  Manifolds and control of chaotic systems. 455-460
  
• Frederik W. Jansen, Peter R. van Nieuwenhuizen:
  Computer graphics education at delft university of technology. 461-465
  
• Pere Brunet, R. Juan-Arinyo, Isabel Navazo, Dani Tost, Sebastio Vila:
  Computer graphics at the universitat politècnica de catalunya. 467-474
  
• John D. Reid:
  Visualizing cross section forces. 475-480
  

Volume 19, Number 4, 1995

• A. Michael Noll:
  The beginnings of computer art in the United States: a memoir. 495-503
  
• Richard Helmick:
  Virtues of verisimilitude in design and art. 505-507
  
• Maureen Nappi:
  Aesthetic intention, technology and the art praxis. 509-512
  
• Stephan Meyers, Ellen Sandor, Janine Fron:
  PHSColograms® and rotated PHSColograms. 513-522
  
• Clifford A. Pickover:
  The loom of creation. 523-527
  
• Lillian F. Schwartz:
  Morphing the three faces of mona: the decision-making steps Leonardo used to create his Mona Lisa. 529-539
  
• Thomas A. Albert, Dick W. Slaaf:
  A rapid regional filling technique for complex binary images. 541-549
  
• Lejun Shao, Hao Zhou:
  A new contour fill algorithm for outlined character image generation. 551-556
  
• Nikola Guid, Crtomir Oblonsek, Borut Zalik:
  Surface interrogation methods. 557-574
  
• Fergal Somers, Ghee S. Teo, Francis Neelamkavil:
  Object-oriented implementation of the OSF/MotifTM widget set in Eiffel. 575-583
  
• Ken Brodlie, Petros Mashwama, Sohail Butt:
  Visualization of surface data to preserve positivity and other simple constraints. 585-594
  
• Francisco R. Feito, Juan Carlos Torres, A. Ureña:
  Orientation, simplicity, and inclusion test for planar polygons. 595-600
  
• Chi-Yen Huang, Kuo-Liang Chung:
  Transformations between bincodes and the DF-expression. 601-610
  
• Clifford A. Pickover:
  The crying of fractal batrachion 1, 489. 611-615
  
• Peter E. Beckmann:
  On the problem of visualizing point distributions in high dimensional spaces. 617-629
  
• Steve C. Maddock:
  Personal CAL workbooks: the next chapters. 631-635
  

Volume 19, Number 5, 1995

• Günter Knittel:
  A scalable architecture for volume rendering. 653-665
  
• Hanspeter Pfister, Frank Wessels, Arie E. Kaufman:
  Gradient estimation and sheared interpolation for the cube architecture. 667-677
  
• Martin Margala, Nelson G. Durdle, Scott Juskiw, V. James Raso, Doug L. Hill:
  A 33 MHz 16-bit gradient calculator for real-time volume imaging. 679-684
  
• Doug L. Hill, Scott Juskiw, Nelson G. Durdle, V. James Raso:
  Interactive rendering of volumetric data sets. 685-693
  
• Michael C. Doggett, Graham R. Hellestrand:
  A hardware architecture for video rate smooth shading of volume data. 695-704
  
• T. Günther, Christoph Poliwoda, C. Reinhart, Jürgen Hesser, Reinhard Männer, Hans-Peter Meinzer, H. J. Baur:
  VIRIM: A massively parallel processor for real-time volume visualization in medicine. 705-710
  
• C. E. Prakash, Swami Manohar:
  Volume rendering of unstructured grids--a voxelization approach. 711-726
  
• Adelene Ng:
  Assessment of five radiosity acceleration techniques. 727-738
  
• Edward Mascarenhas, Vernon Rego:
  An architecture for visualization and user interaction in parallel environments. 739-753
  
• Elizabeth Bradley:
  Causes and effects of chaos. 755-778
  
• David J. Nettleton, Roberto Garigliano:
  Evolving fractals. 779-782
  

Volume 19, Number 6, 1995

• Chen Zhou, Renben Shu, Mohan S. Kankanhalli:
  Selectively meshed surface representation. 793-804
  
• Jung-Hong Chuang, Woan-Chiaun Lee:
  Efficient generation of isosurfaces in volume rendering. 805-813
  
• Takashi Watanabe, Akiko Tashiro, Seizo Fujii:
  Estimation of three-dimensional objects from orthographic views with inconsistencies. 815-829
  
• Maurice Dohmen:
  A survey of constraint satisfaction techniques for geometric modeling. 831-845
  
• Phil Graham, S. Sitharama Iyengar, Si-Qing Zheng:
  Improved recursive bisection line drawing algorithms. 847-860
  
• A. F. Lennings, J. C. Peters, Joris S. M. Vergeest:
  An efficient integration of algorithms to evaluate the quality of freeform surfaces. 861-872
  
• L. Miguel Encarnação:
  Adaptivity in graphical user interfaces: an experimental framework. 873-884
  
• Hollister David:
  Two fractals based on keplerian solids. 885-888
  
• Barbara Mones-Hattal, Evans Mandes:
  Enhancing visual thinking and learning with computer graphics and virtual environment design. 889-894