A 0.8V 82.9µW In-Ear BCI Controller System with 8.8 PEF EEG Instrumentational Amplifier and Wireless BAN Transceiver.
Jaehyuk LeeKyoung-Rog LeeUnsoo HaJi-Hoon KimKwonjoon LeeHoi-Jun YooPublished in: VLSI Circuits (2018)
Keyphrases
- brain computer interface
- motor imagery
- brain signals
- ultra low power
- wireless systems
- wireless networks
- wireless communication
- healthy subjects
- single trial
- eeg signals
- eeg data
- control system
- evoked potentials
- wireless transmission
- signal processing
- event related
- event related potentials
- ultra wideband
- low power
- closed loop
- ear biometrics
- spinal cord injury
- real time
- mobile devices
- mobile users
- control method
- short range
- frequency ranges
- range images
- control strategy
- brain activity
- control scheme
- high sensitivity
- pid controller
- control algorithm
- dynamic range
- cellular networks
- active learning
- motor learning
- brain wave
- frequency response
- wifi
- wireless sensor networks