NDLI: Proceedings of the 4th conference on Visualization '93 (VIS '93)

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A vision for visualization

IEEE Visualization '93 keynote panel

To understand visualization, it helps to understand vision

Fast volume rendering of compressed data

Visualization of time-dependent flow fields

Optimal filter design for volume reconstruction and visualization

Tioga: a database-oriented visualization tool

HyperSlice: visualization of scalar functions of many variables

Infocrystal: a visual tool for information retrieval

Orientation maps: techniques for visualizing rotations (a consumer's guide)

Dichromatic color representations for complex display systems

Implicit stream surfaces

Geometric clipping using boolean textures

Fast analytical computation of Richards's smooth molecular surface

Applications in virtual environments: bridging the gap between prototypes and working tools

Visualization and modeling of geophysical data

The Quantum Coulomb Three-Body Problem: visualization of simulation results and numerical methods

Flow volumes for interactive vector field visualization

A probe for local flow field visualization

Accelerating volume animation by space-leaping

Bridging the gap between visualization and data management: a simple visualization management system

Fine-grain visualization algorithms in dataflow environments

Visual feedback in querying large databases

Geometric optimization

Towards a texture naming system: identifying relevant dimensions of texture

Cloud tracing in convection-diffusion systems

Computer visualization of long genomic sequences

Visualization reference models

Visualization of oil reservoirs over a large range of scales as a catalyst for multi-disciplinary integration

Fanal: a relational analysis and visualization package for high energy physics

The vision camera: an interactive tool for volume data exploration and navigation

Visualization of turbulent flow with particles

Rapid exploration of curvilinear grids using direct volume rendering

GRASPARC: a problem solving environment integrating computation and visualization

Developing modular application builders to exploit MIMD parallel resources

DIVIDE: distributed visual display of the execution of asynchronous, distributed algorithm on loosely-coupled parallel processors

Interactive visualization methods for four dimensions

Applying observations of work activity in designing prototype data analysis tools

Texture splats for 3D scalar and vector field visualization

Spray rendering: visualization using smart particles

Visualization of acoustic lens data

Is visualization REALLY necessary?: the role of visualization in science, engineering, and medicine

Unsteady phenomena, hypersonic flows and co-operative flow visualization in aerospace research

Non conventional methods for the visualization of events from high energy physics

Volume sampled voxelization of geometric primitives

An environment for telecollaborative data exploration

Virtual input devices for 3D systems

Performance visualization of parallel programs

Navigating large networks with hierarchies

An architecture for rule-based visualization

Interactive shading for surface and volume visualization on graphics workstations

MRIVIEW: an interactive computational tool for investigation of brain structure and function

Visualization and beyond: unresolved computing challenges in the environmental sciences

Towards interactive steering, visualization and animation of unsteady finite element simulations

The psychology of visualization

Data models, structures and access software for scientific visualization

Proceedings of the 4th conference on Visualization '93 (VIS '93)

Content Provider	ACM Digital Library
Editor	Grinstein, Georges Kaufman, Arie Gershon, Nahum Bergeron, Dan Nielson, Greg Hunter, Carol
Copyright Year	1993
Abstract	Welcome to Visualization '93, the fourth annual IEEE conference on visualization, held October 25-29, 1993, in San Jose, California. The Visualization Conference series is inspired and sponsored by the IEEE Computer Society Technical Committee on Computer Graphics in cooperation with ACM/SIGGRAPH.The role of visualization in science, engineering, medicine, and business has been expounded by many technical authors and the recent widespread enthusiasm in this area of research has prompted the development of visualization technology that is revolutionizing the way scientists do science, the way engineers design, and the way physicians deliver health care. The Visualization Conference series is concerned with all aspects of visualization, with a focus on interdisciplinary techniques. It explores how visualization is used to extract knowledge from data acquired in a variety of applications.The conference allows a dialogue to occur between the developers of visualization methods and visualization users. These proceedings contain the 41 full papers presented during the three-day technical paper program at the conference. These papers represent the state-of-the-art of visualization research and applications. The papers submitted this year were of high quality and it was a difficult task to decide which papers to accept for presentation. A very extensive review process helped in this regard, but still, many high quality papers could not be included because of space constraints. The reviewers provided detailed comments and corrections and met the very strict deadlines required by the review and publication schedules. They worked very hard and we wish to acknowledge their contribution.The second section of these proceedings includes the case studies portion of the conference. These papers deal with interdisciplinary issues of visualization, and demonstrate important applications, with emphasis on the transition from theory to practice. This unique case studies program is an integral and vital part of the conference and the high quality is due, in part, to the dedication and hard work of the Case Studies Chairs: Deborah Silver and Frits Post.The third section is devoted to the panels program portion of the conference. It includes summaries and position papers by the panels chairs and panelists. The panels portion of the conference covers many diverse issues in visualization, including techniques, tools, perception, and interaction. It took a great deal of work by the Panels Chairs, Lloyd Treinish and Jeff Beddow, and the slated panelists to make this very popular portion of the conference such a great success.The keynote speaker at the opening session is Frederic P. Brooks, who is the Kenan Professor of Computer Science at the University of North Carolina at Chapel Hill. In his talk entitled "A Vision for Visualization", he makes the point that Scientific Visualization is yet a discipline and he discuses some of the challenges and obligations that must be met along the way to becoming one. According to Brooks, "Scientific visualization surpasses all other computer graphics in the preeminent obligation for truthfulness in what it conveys." The keynote panel follows the keynote address. The panelists are Gregory McRae, Mark Ellisman, and Margaret Geller.A videotape of submitted animations has been prepared and is being distributed as a supplement to these proceedings. Thanks are due to Video Chairs Ed Council and Robert McDermott for preparing this indispensable appendix to these proceedings.
ISBN	0818639407
ISSN	10702385
Language	English
Publisher	IEEE Computer Society
Publisher Date	1993-10-25
Access Restriction	Subscribed
Content Type	Text
Resource Type	Conference Proceedings

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