VLSI architecture of a high-performance neural spiking activity simulator based on generalized Volterra kernel.
Will X. Y. LiYao XinDong SongTheodore W. BergerRay C. C. CheungPublished in: ISIC (2014)
Keyphrases
- vlsi architecture
- bio inspired
- vlsi implementation
- neuron model
- spike trains
- spiking neural networks
- hebbian learning
- low complexity
- low power
- biologically plausible
- evolutionary robotics
- real time
- single neuron
- feed forward
- network architecture
- spiking neurons
- learning rules
- kernel function
- basal ganglia
- associative memory
- image enhancement
- biologically inspired
- neural network
- kernel methods
- least squares
- feature space
- support vector
- power consumption
- high speed
- multiscale
- hodgkin huxley
- image restoration
- optical flow
- artificial neural networks
- computer vision