Wireless simultaneous stimulation-and-recording device to train cortical circuits in somatosensory cortex.
John T. RamshurAmy L. de Jongh CurryRobert S. WatersPublished in: EMBC (2014)
Keyphrases
- cerebral cortex
- cortical surface
- portable devices
- visual cortex
- cortical regions
- remote control
- cortical folding
- cortical areas
- hand held devices
- human brain
- wireless communication
- wireless networks
- mobile terminals
- human cerebral cortex
- high speed
- mobile devices
- biologically plausible
- mobile computing devices
- receptive fields
- circuit design
- medical devices
- ultra low power
- information processing
- analog vlsi
- medical image analysis
- primary visual cortex
- mobile networks
- mobile ad hoc networks
- wifi
- delay insensitive
- prefrontal cortex
- natural images
- feed forward
- data acquisition