| Real-time 4D animation on a 3D graphics workstation | | BIB | 1-7 | |
| Clifford M. Beshers; Steven K. Feiner | |||
| Techniques for interactive manipulation of articulated bodies using dynamic analysis | | BIB | 8-15 | |
| David R. Forsey; Jane Wilhelms | |||
| MML: A language and system for procedural modeling and motion | | BIB | 16-25 | |
| Mark Green; Hanqiu Sun | |||
| Joint-dependent local deformations for hand animation and object grasping | | BIB | 26-33 | |
| Nadia Magnenat-Thalmann; Richard Laperrière; Daniel Thalmann | |||
| A system for conducting experiments concerning human factors in interactive graphics | | BIB | 34-42 | |
| L. R. Bartram; K. S. Booth; W. B. Cowan; J. D. Morrison; P. P. Tanner | |||
| Squish: A graphical shell for UNIX | | BIB | 43-49 | |
| Tyson R. Henry; Scott E. Hudson | |||
| A hypertext environment for UNIX | | BIB | 50-55 | |
| Przemyslaw Prusinkiewicz; James Hanan | |||
| A graphical perspective on robot workcell programming | | BIB | 56-61 | |
| P. Freedman; G. Carayannis; A. Malowany | |||
| A graphical data model for CASE | | BIB | 62-70 | |
| Andrew J. McAllister; Paul G. Sorenson; Jean-Paul Tremblay | |||
| Realistic presentation of three-dimensional medical datasets | | BIB | 71-77 | |
| R. A. Reynolds; P. Decuypere; S. M. Goldwasser; D. A. Talton; E. S. Walsh; B. A. Holshouser; E. L. Christiansen | |||
| Display of 3D medical images | | BIB | 78-86 | |
| Yiu-Wing Tam; Wayne A. Davis | |||
| Parallelism in rendering algorithms | | BIB | 87-96 | |
| Franklin C. Crow | |||
| D.A.V.O.S.: A computerized videodisc animation with synchronized speech | | BIB | 97-104 | |
| Paul Girard | |||
| Combined graphic- and natural language-interaction | | BIB | 105-111 | |
| K. H. Hanne; J. Ph. Hoepelman | |||
| An evaluation of 3D object pointing using a field sequential stereoscopic display | | BIB | 112-118 | |
| Haruo Takemura; Akira Tomono; Yukio Kobayashi | |||
| Using the BAT: A six dimensional mouse for object placement | | BIB | 119-124 | |
| Colin Ware; Danny R. Jessome | |||
| Local refinement editing of B-spline surfaces | | BIB | 125-126 | |
| David R. Forsey; Richard H. Bartels | |||
| A modeling testbed | | BIB | 127-137 | |
| Kurt Fleischer; Andrew Witkin | |||
| From wire-frames to furry animals | | BIB | 138-145 | |
| Gavin S. P. Miller | |||
| Physically-based models with rigid and deformable components | | BIB | 146-154 | |
| Demetri Terzopoulos; Andrew Witkin | |||
| A browse/edit model for user interface management | | BIB | 155-159 | |
| Dan R., Jr. Olsen | |||
| TéléMac: A remote-controlled user interface server | | BIB | 160-167 | |
| Gilbert Gagnon; Jean Vaucher | |||
| Eva: An event driven framework for building user interfaces in smalltalk | | BIB | 168-175 | |
| Jeff McAffer; Dave Thomas | |||
| Constraint grammars in user interface management systems | | BIB | 176-184 | |
| Bradley T. Vander Zanden | |||
| Virtual control panels | | BIB | 185-191 | |
| Przemyslaw Prusinkiewicz; Craig Knelsen | |||
| A grid-based approach to automating display layout | | BIB | 192-197 | |
| Steven Feiner | |||
| Decoupling pointer and image functions of cursors in space, time, and availability | | BIB | 198-202 | |
| Michael J. Muller | |||
| The challenge of human figure animation | | BIB | 203-210 | |
| Tom Calvert | |||
| The application of area antialising on raster image displays | | BIB | 211-216 | |
| Yu-Tse Chen; P. David Fisher; Michael D. Olinger | |||
| Attractors and repellers of Koch curves | | BIB | 217-228 | |
| Przemyslaw Prusinkiewicz; Glen Sandness | |||
| A general algorithm for 3D shape interpolation in a facet-based representation | | BIB | 229-235 | |
| Tong Minh Hong; N. Magnenat-Thalmann; D. Thalmann | |||
| Theoretical results on the priority approach to hidden-surface removal | | BIB | 236-245 | |
| Peter Egyed | |||