A Compact and Autoclavable System for Acute Extracellular Neural Recording and Brain Pressure Monitoring for Humans.
Gian Nicola AngotziGytis BaranauskasAlessandro VatoAndrea BonfantiGuido ZambraEmma MaggioliniMarianna SempriniDavide RicciAlberto AnsaldoElisa CastagnolaTamara IusMiran SkrapLuciano FadigaPublished in: IEEE Trans. Biomed. Circuits Syst. (2015)
Keyphrases
- computational neuroscience
- biologically plausible
- functional connectivity
- monitoring system
- spike trains
- human brain
- neural network
- event related potentials
- real time
- human intelligence
- sensory motor
- network architecture
- mirror neurons
- human behavior
- neurological disorders
- primary visual cortex
- sensory inputs
- synaptic plasticity
- neural model
- artificial intelligence
- brain images
- bio inspired
- brain computer interface
- biologically inspired
- basal ganglia
- amino acids
- human subjects
- neural fuzzy
- feed forward
- decision support system
- neural mechanisms
- artificial neural networks
- brain activity
- human users
- neuronal networks