Work in progress: Multi-faceted penetration of fast fourier transform by interactively analyzing real-world objects via mobile technology.
Liang HongKai QianChih-Cheng HungPublished in: FIE (2012)
Keyphrases
- multi faceted
- real world objects
- mobile technologies
- fast fourier transform
- fourier transform
- mobile phone
- mobile learning
- frequency domain
- mobile devices
- signal processing
- computer graphics
- floating point
- spectral analysis
- d objects
- language learning
- m learning
- learning activities
- information and communication technologies
- mobile applications
- mobile users
- point cloud
- learning scenarios
- machine learning
- photorealistic
- discrete fourier transform
- radon transform
- e learning
- user interaction
- face recognition
- feature extraction
- multiscale
- pattern recognition
- pairwise
- discrete wavelet transform
- highly accurate