Detecting Movement Timing from Primate Intracortical Signals for Brain-machine Interfaces in Dynamic Environment.
Chenyang LiYiheng ZhangTianwei WangXinxu XuQifan WangRuichen ZhengHe CuiPublished in: RCAR (2021)
Keyphrases
- dynamic environments
- visual cortex
- biologically plausible
- computational theory
- electrical activity
- brain activity
- feed forward
- cortical areas
- eeg signals
- mobile robot
- visual processing
- orientation selective
- path planning
- human brain
- changing environment
- vision system
- user interface
- real environment
- receptive fields
- eeg data
- cerebral cortex
- neural network
- plan execution
- simultaneous localization and mapping
- image processing