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Gallop, R.J. Hubbold, A.M. Mumford, C. Osland P.
Quarendon (1992), Scientific visualization techniques
and applications. Berlin: Springer-Verlag.
[5] MacEachren, A.M. D.R.E Taylor (1994), Progress in
cartographic visualization. London: Pergamon.
[6] Hearnshaw, H.H. and D.J. Unwin (eds) (1994), Visu
alization in geographical infiormation Systems. Chichester:
John Wiley Sons.
[7] MacEachren, A.M., B.P. Buttenfield, J.B. Campbell,
D.W. DiBiase M. Monmonier (1992), Visualization.
In: Abler, R.F., M.G. Marcus J.M. Olson (eds.),
Geography's inner world: pervasive themes in contempora-
ry American geography. New Brunswick: Rutgers Uni-
versity Press, pp. 99-137.
[8] Monmonier, M. (1990), Strategies for the visualization
of geographic time-series data. Cartographica 27, nr. i,
pp. 30-45.
[9] Fisher, P., J. Dykes J. Wood (1993), Map design and
visualization. The Cartographic Journal 30, pp. 136-142.
[10] Egbert, S.L. T.A. Slocum (1992), exploremap: an
exploration System for choropleth maps. Annais, Asso
ciation of American Geographers 82, pp. 275-288.
[11] MacDougall, E.B. (1992), Exploratory analysis, dynamic
Statistical visualization, and geographic information Sys
tems. Cartography and GIS, 19, nr. 4, pp. 237-246.
[12] Haslett, J., G. Willis A. Unwin (1990), spider: an
interactive Statistical tool for the analysis of spatially
distributed data. International Journal of Geographical
Information Systems 4, pp. 285-296.
[13] DiBiase, D., A.M. MacEachren, J.B. Krygier and C.
Reeves (1992), Animation and the role of map design in
scientific visualization. Cartography and GIS 19, nr. 4,
pp. 201-214.
[14] Schans, R. van der, N.H.D.T. Cremers W.J.C. Wou-
ters. Visuele trend analyse. Delft: Rijkswaterstaat Meet-
kundige Dienst (Rapportnummer MDGAG-9614).
[15] Dykes, J. (1995), Cartographic visualization for spatial
analysis. Barcelona: Proceedings i7th icc, pp. 1365-1370.
Summary
M.J. Kraak - Exploration ofvisual data
Keywords: visualisation; cartographic communication; ge-
neral
For the representation of spatial data three visualisation strate
gies can be distinguished, depending on the circumstances.
First there is the visualisation for the communication of infor
mation, according to the traditional cartographic rules. Second
is the visualisation of spatial analysis and third is for the explo
ration of spatial data. The developments that underlie these
strategies are discussed, together with some research projects.
Next to this, suggestions are given concerning the necessary car
tographic functionality for the benefit of visual data explora
tion.
Resume
M.J. Kraak - Exploitation des donnees visualisees
Mots-cles: visualisation; communication cartographique;
divers
Pour la representation des donnees spatiales, l'on peut distin-
guer trois strategies de visualisation et ceci en fonetion des cir-
constances. Tout d'abord, la visualisation en tant que commu
nication d'information, selon les regles cartographiques tradi-
tionnelles. Ensuite, la visualisation de l'analyse spatiale et
enfin, l'exploitation des donnees spatiales. L'article analyse l'e-
volution qui est la base de ces strategies, ainsi que quelques
projets de recherche. En outre, il presente des suggestions quant
la necessite d'une cartographie fionctionnelle et ceci au bene-
fice de l'exploitation des donnees visualisees.
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