Quadratic Mutual Information estimation of mouse dLGN receptive fields reveals asymmetry between ON and OFF visual pathways.
Zhiguang MuKonstantin NikolicSimon R. SchultzPublished in: NER (2021)
Keyphrases
- receptive fields
- mutual information
- primary visual cortex
- cortical areas
- biologically inspired
- visual information
- natural images
- visual cortex
- image registration
- image representation
- saliency map
- similarity measure
- input space
- hidden layer
- feature selection
- smooth functions
- bio inspired
- human visual system
- space time
- pairwise
- visual features
- multiscale
- artificial neural networks
- multi modal
- cerebral cortex
- low level
- visual quality
- genetic algorithm
- computational complexity
- image sequences
- higher order