Draft taxonomy: Difference between revisions

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== possible taxonomy ==
== preamble ==


# Information Visualisation
This one for arranging papers
## Information Visualisation - Techniques
## Information Visualisation - Usability
## Information Visualisation - Applications
## Information Visualisation - Collaborative Visualisation
## Information Visualisation - Web Visualisation
## Information Visualisation - Large Scale Visualisation
## Information Visualisation - Visual Analytics
## Information Visualisation - Knowledge Visualisation
### Information Visualisation - Knowledge Visualisation - New Classifications
### Information Visualisation - Knowledge Visualisation - Theory
### Information Visualisation - Knowledge Visualisation - Application
## Information Visualisation - Indigenous Knowledge Visualisation
## Information Visualisation - Knowledge Domain Visualisation
## Information Visualisation - in Biomedical Informatics-IVBi
## Information Visualisation - in Built and Rural Environments
## Information Visualisation - Design Visualisation
## Information Visualisation - Visual Data Mining
## Information Visualisation - HCI - Interaction Design for Information Visualisations
## Information Visualisation - Applications of Graph Theory
## Information Visualisation - Augmented, Mixed and Virtual Reality
## Information Visualisation - Multimedia and E-Learning
## Information Visualisation - Digital Art
## Information Visualisation - Animation, Computer Games and their Applications
## Information Visualisation - Education


== Taxonomy ==
''based [roughly] on chapter headings in IEEE InfoVis CONFERENCE proceedings''


== Examples ==
* [[Sonification]]
Q Where would the subject [[Dynamic query]] appear?
* [[Visualization Design Patterns]]  (sub items in this section refer to programming patterns to support InfoVis, rather than the section of infovis)
** Visualization Architecture Patterns
*** MVC
*** Reference Model (a tiered version of MVC)
*** PAC (another tiered architercture)
** Interaction Patterns (User intent-based categories of interaction techniques)
*** Reconfigure: show me a different arrangement
*** Encode: show me a different representation
*** Filter: show me something conditionally
**** Filter
**** Dynamic Queries
**** Context-maintained Filter
**** Reduction Filter
*** Abstract/Elaborate: show me more or less detail
**** Overview
**** [[Details-on-demand]]
*** Connect: show me related items
*** Explore: show me something else
**** Navigation
**** Navigation Box
**** Spatial Navigation
**** Click-n-Drag
**** Teleportation
*** Select: mark something as interesting
**** Single Direct Selection
**** Multiple Direct Selection
**** Bounding Box
**** Single Direct Selection+Keyboard
**** Bounding Box+Keyboard
** [[Patterns:Direct Manipulation|Direct Manipulation]] (programming pattern to support this interaction technique)
** [[Patterns:Smooth Transitions|Smooth Transitions]] (programming pattern to support this interaction technique)
** [[Patterns:2D Navigational Model|2D Navigational Model]] (programming pattern to support this interaction technique)
** [[Patterns:3D Navigational Model|3D Navigational Model]] (programming pattern to support this interaction technique)
** [[Patterns:NAFS Model|NAFS Model]] (programming pattern to support this interaction technique)
* Visualisation Design Techniques (techniques for constructing and rendering visualisations) (distinct from ''programming patterns'' above)
* Frameworks and reference models
** Information Visualisation Reference Model (IVRM?)<ref>Shneiderman, Ben, Stuart K. Card, and Jock D. Mackinlay. 1999. [[Card, S. and Mackinlay, J. and Shneiderman, B.: Readings in Information Visualization - Using Vision to Think, Morgan Kaufmann, 1999|Readings in Information Visualization: Using Vision to Think]]. Morgan Kaufmann.</ref>
**[[Data State Reference Model]] (Chi 1998,2002))
** Other?
* Evaluation
** Usability methods
** Utility methods
** Transferability methods
** Insight-based evaluation methods <ref>refer to papers of the [http://www.dis.uniroma1.it/~beliv08/ BELIV workshop at CHI '08]</ref>
* Applications
** in Digital Libraries
** in Sensemaking
** in Education
** in Information Retrieval
* Collaborative Visualisation
* Web Visualisation
* Large Scale Visualisation
* Visual Analytics
* Knowledge Visualisation
** New Classifications
** Theory
** Applications
** Indigenous Knowledge Visualisation
** Knowledge Domain Visualisation
* in Biomedical Informatics-IVBi
* in Built and Rural Environments
* Design Visualisation
* Visual Data Mining
* Interaction techniques
** [[Dynamic queries]]
** [[Direct manipulation]]
** [[Details on demand]]
* Interfaces
** Zooming
** 3d
* Applications  (applications of other fields to InfoVis)
** of Graph Theory
** of Information Extraction
** of Data Mining
* Augmented, Mixed and Virtual Reality
* Multimedia and E-Learning
* Digital Art
* Animation, Computer Games and their Applications
* Education


A 1.15 ''Information Visualisation - HCI - Interaction Design for Information Visualisations''
==References==
 
<references/>
Possibly creating a new entry in the taxonomy.
[[Category:taxonomy]]
 
1.15 ''Information Visualisation - HCI - Interaction Design for Information Visualisations'' - 'Dynamic query'
 
 
 
[[Category:Coffee Room]]

Latest revision as of 09:02, 2 April 2008

preamble

This one for arranging papers

Taxonomy

based [roughly] on chapter headings in IEEE InfoVis CONFERENCE proceedings

  • Sonification
  • Visualization Design Patterns (sub items in this section refer to programming patterns to support InfoVis, rather than the section of infovis)
    • Visualization Architecture Patterns
      • MVC
      • Reference Model (a tiered version of MVC)
      • PAC (another tiered architercture)
    • Interaction Patterns (User intent-based categories of interaction techniques)
      • Reconfigure: show me a different arrangement
      • Encode: show me a different representation
      • Filter: show me something conditionally
        • Filter
        • Dynamic Queries
        • Context-maintained Filter
        • Reduction Filter
      • Abstract/Elaborate: show me more or less detail
      • Connect: show me related items
      • Explore: show me something else
        • Navigation
        • Navigation Box
        • Spatial Navigation
        • Click-n-Drag
        • Teleportation
      • Select: mark something as interesting
        • Single Direct Selection
        • Multiple Direct Selection
        • Bounding Box
        • Single Direct Selection+Keyboard
        • Bounding Box+Keyboard
    • Direct Manipulation (programming pattern to support this interaction technique)
    • Smooth Transitions (programming pattern to support this interaction technique)
    • 2D Navigational Model (programming pattern to support this interaction technique)
    • 3D Navigational Model (programming pattern to support this interaction technique)
    • NAFS Model (programming pattern to support this interaction technique)
  • Visualisation Design Techniques (techniques for constructing and rendering visualisations) (distinct from programming patterns above)
  • Frameworks and reference models
  • Evaluation
    • Usability methods
    • Utility methods
    • Transferability methods
    • Insight-based evaluation methods [2]
  • Applications
    • in Digital Libraries
    • in Sensemaking
    • in Education
    • in Information Retrieval
  • Collaborative Visualisation
  • Web Visualisation
  • Large Scale Visualisation
  • Visual Analytics
  • Knowledge Visualisation
    • New Classifications
    • Theory
    • Applications
    • Indigenous Knowledge Visualisation
    • Knowledge Domain Visualisation
  • in Biomedical Informatics-IVBi
  • in Built and Rural Environments
  • Design Visualisation
  • Visual Data Mining
  • Interaction techniques
  • Interfaces
    • Zooming
    • 3d
  • Applications (applications of other fields to InfoVis)
    • of Graph Theory
    • of Information Extraction
    • of Data Mining
  • Augmented, Mixed and Virtual Reality
  • Multimedia and E-Learning
  • Digital Art
  • Animation, Computer Games and their Applications
  • Education

References

  1. ↑ Shneiderman, Ben, Stuart K. Card, and Jock D. Mackinlay. 1999. Readings in Information Visualization: Using Vision to Think. Morgan Kaufmann.
  2. ↑ refer to papers of the BELIV workshop at CHI '08
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