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IV 1997: London, England, UK
- First International Conference on Information Visualisation, IV '97, London, England, UK, August 27-28, 1997. IEEE Computer Society 1997, ISBN 0-8186-8076-8
Scientific and Biomedical Visualisation
- Roman Durikovic, Terutaka Yauchi, Kazufumi Kaneda, Hideo Yamashita:
Shape-based calculation and visualisation of general cross-sections through biological data. 2-9 - Christopher J. Moore, Paul A. Graham, Ranald I. MacKay, Philip J. Sharrock:
Multi-modal surface/outline projection and simulation of target/critical tissue movement. 10-17 - Jean-Claude Lafon, G. Blanc:
Meshing and visualization of oilfields. 18-24 - David W. Russell, James J. Alpigini:
Visualization of controllable regions in real-time systems using a 3D-Julia set methodology. 25-31
Graphics and Visualization
- Ioannis Korfiatis, Yakup Paker:
A simple approach to 3D object metamorphosis. 32-39 - Ken Brodlie:
Keynote Lecture Visualization over the World Wide Web. 40-41
On Visualizing Information Systems
- John S. Risch, Bruce Rex, Scott Dowson, T. B. Walters, Richard A. May, Brian Moon:
The STARLIGHT information visualization system. 42-49 - Marcelo R. Campo, Ricardo Orosco, Alfredo Raúl Teyseyre:
Automatic abstraction management in information visualization systems. 50-56 - Russell Beale, Rodger J. McNab, Ian H. Witten:
Visualising sequences of queries: a new tool for information retrieval. 57-63
Computer-Aided Geometric Design
- Feng Dong, Jiaoying Shi:
Multiresolution data modelling for irregular data fields based on wavelets. 64-70 - Kenji Ueda:
Deformation of plane curves preserving Pythagorean hodographs. 71-76 - Leonardo Traversoni:
Quaternion wavelets on CAGD. 77-81
Keynote Lecture
- Muhammad Sarfraz:
Designing of curves and surfaces using cubic splines with geometric characterization. 82-95
Graphics and Visualization
- Chang Zhang, Jiandong Jiang, Yunhe Pan:
Dunhuang Frescoes retrieval based on similarity calculation of color and texture features. 96-100 - Maria Beatriz Carmo, João Duarte Cunha:
Visualization of large volumes of information using different representations. 101-105 - Aboul Ella Hassanien, Masayuki Nakajima:
Image warping based on elastic body spline transformation: application for facial animations. 106-110 - Beatriz Sousa Santos, José Nunes, Carlos Coimbra, Carlos Ferreira, Ana Maria Tomé, Nuno Lau:
Quantifying the Objective Quality of Voxel Based Data Visualizations Produced by a Ray Caster: a proposal. 111-117
Virtual Reality Environment
- Mikael Jern:
Information Drill-down using Web tools. 118-125 - Henry Lieberman:
A multi-scale, multi-layer, translucent virtual space. 126-131 - Udi Manber:
The use of customized emphasis in text visualization. 132-138 - Xubo Yang, Wenli Cai, Jiaoying Shi:
GIVE: a general interactive visualization environment. 139-147
Theory of Computer Graphics
- Joaquín Huerta, Miguel Chover, Ricardo Quirós, Roberto Vivó, José Ribelles:
Binary space partitioning trees: a multiresolution approach. 148-155 - Mike Pitteway:
On some pel level research problems. 156-165
Visualization in Construction and Architecture
- Brigitte Jones, Ian Webb:
IV '97: interactive visualisation through applied virtual reality in construction. 166-172 - Margaret Horne, Robert Hill, Chris Underwood:
Visualisation of photovoltaic clad buildings. 173-178 - Adrian Dobson:
Architectural composition in the electronic design studio: conceptual design using CAD visualisation and virtual reality modelling. 179-185 - John Counsell, Bob Phillips:
The Tower of London Computer Models. 186-191 - Ghassan Aouad, Terry Child, Farhi Marir, Peter Brandon:
Developing a virtual reality interface for an integrated project database environment. 192-199
Computer-Aided Geometric Design
- Malik Zawwar Hussain, Muhammad Sarfraz, Sohail Butt:
Non-negative rational spline interpolation. 200-204 - Farzana S. Chaudhry, D. C. Handscomb:
Smooth motion of a rigid body in 2D and 3D. 205-210 - Muhammad Sarfraz, Muhammad Hussain, Zulfiqar Habib:
Local convexity preserving rational cubic spline curves. 211-218 - Vladimir V. Prokhorov:
On graphic structured languages. 219-227 - Rivka Oxman:
Interactive visual exploration for knowledge discovery on the Web. 228-234 - Hervé Sanglard, Hans-Heinrich Nägeli:
An end user oriented platform for scientific visualization. 235-241
Visualization in Humanities
- Anna Ursyn:
From concept to image with computer art graphics. 242-245 - Avon P. Huxor:
The role of virtual world design in collaborative working. 246-251 - Ahmad Aljamali, Ebad Banissi:
Normalised grid/motif based patterns-Islamic geometric patterns. 252-259
Virtual Reality Environment
- Burcu Senyapili:
Visualization of virtual architecture. 260-266 - Lee David Scargall, Satnam Singh Dlay:
A mobile videophone image codec using wavelets and classified vector quantisation for mobile radio speech channels. 267-271 - Alf Ritter, Oliver Deussen, Hubert Wagener, Thomas Strothotte:
Holographic imaging of lines: a texture based approach. 272-278 - Marc K. D. Coomans, Harry J. P. Timmermans:
Towards a taxonomy of virtual reality user interfaces. 279-285
Visualization and Networking
- Ricardo Galli, Pere A. Palmer, Miquel Mascaró, Miguel Dias, Yuhua Luo:
CODI-a system for cooperative 3D design. 286-295 - Gordon Clapworthy, Meleagros A. Krokos:
The graphical demands on medical visualisation systems using the WWW: a case study. 296-307
Visualization in Construction and Architecture
- Hosein N. Rad, Farzad Khosrowshahi:
Visualisation of building maintenance through time. 308-314 - Theophilus Adjei-Kumi, Arkady Retik:
A library-based 4D visualisation of construction processes. 315-321 - Marcus Ormerod, Ghassan Aouad:
The need for matching visualisation techniques to client understanding in the UK construction industry. 322-329
Computer-Aided Geometric Design
- Xiaomei Wang, Dong Feng, Jiaoying Shi:
A new algorithm for multiresolution isosurface extraction. 330-336 - K. C. Hui, Yadong Li:
Feature based 2D shape transformation. 337-342 - Fiaz Hussain, Muhammad Sarfraz:
On visualisation of statistical data. 343-347
Video and Exhibition Presentation
- Eric W. Tatham:
Poster: Depth Cueing for Augmented Reality. 348-350
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