An inverse neural network model for data-driven texture rendering on electrovibration display.
Reza Haghighi OsgoueiSunghwan ShinJin Ryong KimSeungmoon ChoiPublished in: HAPTICS (2018)
Keyphrases
- neural network model
- data driven
- texture mapping
- neural network
- artificial neural networks
- multi projector
- network architecture
- early vision
- texture synthesis
- real time
- using artificial neural networks
- computer graphics
- view dependent
- frame buffer
- high resolution color
- input variables
- texture images
- bp neural network
- texture classification
- texture features
- high quality
- texture analysis
- d mesh
- rbf neural network
- d scene
- depth image based rendering
- hopfield network
- neural models
- d objects
- image based rendering
- multilayer perceptron
- gray level
- image synthesis
- photorealistic
- growing neural gas
- radial basis function
- feature extraction
- virtual view
- light transport
- real scenes
- free viewpoint
- genetic algorithm