APA
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Healey, C. G. (1998). Perceptual colors and textures for scientific visualization. In V. Interrante, R. Gossweiler, C. G. Healey, P. Rheingans, & J. A. Ferwerda (Eds.), Application of visual perception in computer graphics (Vol. Course 32, pp. 205–242). SIGGRAPH 98.
Chicago/Turabian
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Healey, C. G. “Perceptual Colors and Textures for Scientific Visualization.” In Application of Visual Perception in Computer Graphics, edited by V. Interrante, R. Gossweiler, C. G. Healey, P. Rheingans, and J. A. Ferwerda, Course 32:205–242. SIGGRAPH 98, 1998.
MLA
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Healey, C. G. “Perceptual Colors and Textures for Scientific Visualization.” Application of Visual Perception in Computer Graphics, edited by V. Interrante et al., vol. Course 32, SIGGRAPH 98, 1998, pp. 205–42.
BibTeX Click to copy
@conference{c1998a,
title = {Perceptual colors and textures for scientific visualization},
year = {1998},
organization = {SIGGRAPH 98},
pages = {205-242},
volume = {Course 32},
author = {Healey, C. G.},
editor = {Interrante, V. and Gossweiler, R. and Healey, C. G. and Rheingans, P. and Ferwerda, J. A.},
booktitle = {Application of visual perception in computer graphics}
}
This talk describes our investigation of methods for choosing color, texture, orientation, shape, and other features to visualize certain types of large, multidimensional datasets. These datasets are becoming more and more common; examples include scientific simulation results, geographic information systems, satellite images, and biomedical scans. The overwhelming amount of information contained in these datasets makes them difficult to analyze using traditional mathematical or statistical techniques. It also makes them difficult to visualize in an efficient or useful manner.