Identifying High-resolution Spatiotemporal Components Contributing to the Fast Spiking Response Dynamics of Visual Neurons.
Yasin ZamaniNeda NateghPublished in: GlobalSIP (2019)
Keyphrases
- high resolution
- neuron model
- spiking neurons
- single neuron
- spike trains
- neural mechanisms
- primary visual cortex
- spiking neural networks
- bio inspired
- neural models
- low resolution
- hodgkin huxley
- super resolution
- visual information
- image processing
- feed forward
- hebbian learning
- visual features
- visual stimuli
- remote sensing
- neural network
- spatial and temporal
- spatiotemporal data
- high resolution images
- visual cortex
- learning rules
- dynamic model
- dynamical systems
- high frequency
- space time
- spatio temporal
- visual perception
- visual processing
- receptive fields
- associative memory
- face images
- field of view
- artificial neural networks
- moving objects
- high quality