Taxonomy Draft 2: Difference between revisions

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New page: == Purpose == == Inspirations == == Taxonomy == *Techniques **Interaction Techniques **Representation Techniques *Systems *Design Study *Evaluation *Model
 
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== Purpose ==
== preamble ==


== Inspirations ==
This one is for submitting papers.


== Taxonomy ==
== taxonomy ==  
*Techniques
'' top level divisions based on categories for submission for IEEE InfoVis conference <ref>You can find more detailed descriptions of each of these categories at http://vis.computer.org/VisWeek2008/infovis/papers.html</ref>''
**Interaction Techniques
 
**Representation Techniques
*Techniques: techniques or algorithms used in infovis
*Systems
**Presentation
*Design Study
**Interaction
*Evaluation
**Algorithm
*Model
**Toolkits
#Prefuse/Flare
#Piccolo
*Systems: real or proposed infovis systems
**Time Series
**Multivariate
#Dust & Magnet
**Tree
**Network
**Graph
*Design Study: Design choices when applying infovis techniques
**InfoVis Design Patterns
*Evaluation: ~of infovis visualisations, interfaces or systems
**Formative
**Summative
*Model: theoretical information visualization.
**Cognitive Model
**InfoVis System Structure Model
#Chi's Data-state ref
 
==References==
<references/>
[[Category:taxonomy]]

Latest revision as of 09:00, 2 April 2008

preamble

This one is for submitting papers.

taxonomy

top level divisions based on categories for submission for IEEE InfoVis conference [1]

  • Techniques: techniques or algorithms used in infovis
    • Presentation
    • Interaction
    • Algorithm
    • Toolkits
  1. Prefuse/Flare
  2. Piccolo
  • Systems: real or proposed infovis systems
    • Time Series
    • Multivariate
  1. Dust & Magnet
    • Tree
    • Network
    • Graph
  • Design Study: Design choices when applying infovis techniques
    • InfoVis Design Patterns
  • Evaluation: ~of infovis visualisations, interfaces or systems
    • Formative
    • Summative
  • Model: theoretical information visualization.
    • Cognitive Model
    • InfoVis System Structure Model
  1. Chi's Data-state ref

References

  1. You can find more detailed descriptions of each of these categories at http://vis.computer.org/VisWeek2008/infovis/papers.html