Stacked display: Difference between revisions
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{{Definition|'''Stacked displays''' are tailored to present data partitioned in a hierarchical structure. The basic idea is to embed one coordinate systems inside an other coordinate system. [Keim, 2002]}} | {{Definition|'''Stacked displays''' are tailored to present data partitioned in a hierarchical structure. The basic idea is to embed one coordinate systems inside an other coordinate system. [Keim, 2002]}} | ||
{{Quotation| | {{Quotation|In case of multidimensional data, the data dimensions to be used for partitioning the data and building the hierarchy have to be selected appropriately. An example of a stacked display technique is Dimensional Stacking. […] Other examples of stacked display techniques include Worlds-within-Worlds, Treemap, and Cone Trees.|[Keim, 2002]}} | ||
== References == | == References == | ||
Revision as of 11:28, 23 June 2005
Stacked displays are tailored to present data partitioned in a hierarchical structure. The basic idea is to embed one coordinate systems inside an other coordinate system. [Keim, 2002]
In case of multidimensional data, the data dimensions to be used for partitioning the data and building the hierarchy have to be selected appropriately. An example of a stacked display technique is Dimensional Stacking. […] Other examples of stacked display techniques include Worlds-within-Worlds, Treemap, and Cone Trees.
[Keim, 2002]
References
- [Keim, 2002]: Daniel A. Keim, Information Visualization and Visual Data Mining, IEEE Transactions on Visualization and Computer Graphics, Vol. 7, No. 1, 2002.