Immersive Analytics using Augmented Reality for Computational Fluid Dynamics Simulations.
Tomasz BednarzMichael TobiaHuyen NguyenDominic BranchaudPublished in: VRCAI (2019)
Keyphrases
- computational fluid dynamics
- augmented reality
- virtual reality
- patient specific
- numerical simulations
- multi user
- mixed reality
- human computer interaction
- virtual environment
- virtual objects
- blood flow
- scientific data
- virtual world
- velocity field
- learning analytics
- data management
- learning environment
- real scenes
- computer graphics
- theoretical analysis
- real environment
- three dimensional
- live video
- data analysis
- head mounted display
- motion estimation
- camera tracking
- tangible interaction