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Semantic Enrichment of Scene Graphs for Task Based Adaptation in 3D User Interfaces: A Proposal

MandatorCUI - Centre Universitaire d'Informatique, Université de Genève
Number of pages7
PublisherGeneva : CUI - Centre Universitaire d'Informatique, Université de Genève
Publication date2008
Abstract

There are currently no well-established techniques or tools to build adaptive 3D user interfaces. The aim of this research is to overcome identified shortcomings by providing a model and framework for the semantic enrichment of scene graphs for task based adaptation in 3D user interfaces. The semantic enrichment of scenes can play an extremely important role in enabling the viewers to understand and interact with the usually complex and incomprehensible visualized information, in simple, intuitive and user-friendly ways. The goal of our research is to develop a general model and framework supporting the adaptations of 3D user interfaces. The general model and framework relies on the formalization of the vertical correspondence between two layers: the spatial layer (the graphics) and the semantic layer (the concepts).

Keywords
  • 3D scene
  • Semantic model
  • Adaptive user interface
  • Adaptation model
  • Multimedia
  • Information systems
  • User interfaces
Citation (ISO format)
FALQUET, Gilles, MOCCOZET, Laurent, BAZARGAN, Kaveh. Semantic Enrichment of Scene Graphs for Task Based Adaptation in 3D User Interfaces: A Proposal. 2008
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accessLevelPublic
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  • PID : unige:46617
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Technical informations

Creation02/11/2015 9:02:00 PM
First validation02/11/2015 9:02:00 PM
Update time03/14/2023 10:49:53 PM
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