High performance deep neural network on low cost mobile GPU.
Pei-Kuei TsungSung-Fang TsaiAlex PaiShu-Jen LaiChienping LuPublished in: ICCE (2016)
Keyphrases
- low cost
- neural network
- real time
- graphics processing units
- low power consumption
- cost effective
- mobile devices
- low power
- camera phones
- mobile phone
- mobile environments
- mobile applications
- artificial neural networks
- neural network is trained
- neural network model
- digital camera
- mobile computing
- back propagation
- graphics hardware
- mobile services
- gpu implementation
- pattern recognition
- gpu accelerated
- single chip
- parallel computing
- mobile networks
- parallel implementation
- highly efficient
- multi layer
- fuzzy logic
- computing environments
- radial basis function
- mobile learning
- learning vector quantization
- fermentation process
- genetic algorithm
- computation intensive
- context aware
- wireless networks
- graphics processors
- fuzzy artmap
- scientific computing
- network architecture
- efficient implementation
- multilayer perceptron
- recurrent neural networks
- multi layer perceptron
- neural nets
- hidden layer
- smart phones