Konferensartikel

A Survey of Some Perceptual Features for Computer Graphics and Visualization

Lars Kjelldahl
KTH, Stockholm, Sweden

Ladda ner artikelhttp://www.ep.liu.se/ecp_article/index.en.aspx?issue=010;article=003

Ingår i: The Annual SIGRAD Conference. Special Theme - Real-Time Simulations. Conference Proceedings from SIGRAD2003

Linköping Electronic Conference Proceedings 10:3, s. 5-10

Visa mer +

Publicerad: 2003-11-20

ISBN:

ISSN: 1650-3686 (tryckt), 1650-3740 (online)

Abstract

Some high level and some low level features of perception related to computer graphics and visualization are discussed in this survey paper. The need for perception in computer graphics and visualization will be important for the future of the area.

CR Categories: A1 [Survey]; I.3.m [Computer Graphics miscellaneous].

Nyckelord

Perception; computer graphics; visualization

Referenser

Atherton P R; Caporael L R; A Subjective Judgement Study of Polygon Based Curved Surface Imagery; ACM; CHI ‘85 Proceedings; April 1985; pp 27–34

Barfield; W; Sandford; J; Foley; J; The mental rotation and perceived realism of computer-generated three-dimensional images; Int J Man- Machine Studies; 29; pp669-684; 1988

Bertin; J; Semiology of Graphics; Univ of Wisconsin Press; Madison; US; 1983

Chalmers; A; Daly; S; McNamara; A; Myszkowski; K; Troscianko; T; Image Qulity Metrics; course notes; course #44; ; SIGGRAPH2000 Ferwerda; J A; et al.; Psychometrics 101: How to Design; Conduct; and Analyze Perceptual Experiments in Computer Graphics; course notes; course #58; SIGGRAPH2002

Ferwerda; J A; Three varieties of realism in computer graphics. Proceedings SPIE Human Vision and Electronic Imaging’03; 2003

Goldstone; Robert; L; Effects of Categorization on color perception; Psychological Science; vol 6; no 5; sept 1995

Healey; C. G. "Choosing Effective Colours for Data Visualization." In Proceedings IEEE Visualization ’96 (San Francisco; California; 1996); pp. 263-270.

Healey; C. G.; Booth; K. S.; and Enns; J. T. "High-Speed Visual Estimation Using Preattentive Processing." ACM Transactions on Human Computer Interaction 3; 2; (1996); 107-135.

Healey; C. G. and Enns; J. T. "Building Perceptual Textures to Visualize Multidimensional Datasets." In Proceedings IEEE Visualization ’98 (Research Triangle Park; North Carolina; 1998); pp. 111-118

Healey C G; Interrante V; Rheingans P; Fundamental Issues of Visual Perception for Effective Perception for Effective Image Generation; course #6; SIGGRAPH’99; August 8-13; 1999

Healey; C. G. and Enns; J. T. "Large Datasets at a Glance: Combining Textures and Colors in Scientific Visualization." IEEE Transactions on Visualization and Computer Graphics 5; 2; (1999); 145-167.

Healey; C. G and Enns; J. T. "Perception and Painting: A Search for Effective; Engaging Visualizations." IEEE Computer Graphics and Applications (Visualization Viewpoints) 22; 2; (2002); 10-15

Horton; W; Top Ten Blunders by Visual Designers; SIGGRAPH Computer Graphics; Nov 1995

Levkowitz H.; Herman; G. T.; Color scales for image data. IEEE Computer Graphics and Applications; vol 12; no 1 pp72-80; 1992 Mahoney; Diana Phillips; Seeing with the mind’s eye; Computer Graphics World; October 2001

McCann; John J.; Simultaneous contrast and color constancy: signatures of human image processing; in Davis; S. (ed); Color perception: philosophical; psychological; artistic and computational perspectives; Oxford University Press; 2000

McNamara; A;. STAR: Visual Perception in Realistic Image Synthesis;. In Eurographics 2000; Interlaken; Switzerland; August 2000. Eurographics

Meyer; G W; Rushmeier; H E; Cohen; M F; Greenberg; D P; Torrance; K E; An experimental evaluation of computer graphics imagery; Transaction on Graphics; vol 5; no 1; pp30-50; 1986

Mollon; J.D.; "Cherries among the Leaves": The evolutionary Origins of Color Vision; in Davis; S. (ed); Color perception: philosophical; psychological; artistic and computational perspectives; Oxford University Press; 2000

May; Jon; Perceptual Principles and Computer Graphics; Computer Graphics Forum; vol 19; no 4; pp 271-279; 2000

Meyer; G.W.; Greenberg; D.P.; Color-defective vision and computer graphics displays IEEE Computer Graphics and Applications; vol 8; no 5; pp28-40; 1988

Rheingans Penny; Landreth; Chris; Perceptual Principles for Effective Visualizations; in Perceptual Issues in Visualization; eds G. Grinstein; h. Levkowitz; Springer 1995

Reddy; M; Perceptuallu Optimized 3D Graphics; IEEE Computer Graphics and Applications; vol 21; no 5; 2001

Rogowitz; B; Treinish; L; How NOT to Lie with Visualization; http://opendx.npaci.edu/cds/proceedings96/pravda/truevis.html; visited March 5; 2003

Shacked; R; Kischinski; D; Automatic Lighting Design using a Perceptual Qulity Metric; Eurographics2001; Computer Graphics Forum; vol 20; no 3; 2001

Stilling; J. Die Prüfung des Fabensinnes beim Eisenbaum und Marinepersonal; Cassel: Teodor Fischer; 1877

Tufte; E R; The Visual Display of Quantitative Information; Graphics Press; 2001

Wanger; L R; Ferwerda; J A; Greenberg; D P; Perceiving Spatial Relationships in Computer-Generated Images; IEEE Computer Graphics and Applications; vol 12; no 3; pp44-58; 1992

Ware; Colin; Knight; William; Orderable Dimensions of Visual Texture for Data Display: Orientation; Size and Contrast; CHI’92; pp 203-209

Ware; Colin; Knight; William; Using visual texture for information display; ACM Transactions on Graphics (TOG); vol 14 ; no 1; 1995

Ware; Colin; Perception and Data Visualization: The Foundations of Experimental Semiotics; Graphics Interface’98; W. Davis; K. Booth; A. Fournier (eds); Canadian Information Processing Society; 1998

Citeringar i Crossref