A Novel 16-Channel Wireless System for Electroencephalography Measurements With Dry Spring-Loaded Sensors.
Lun-De LiaoShang-Lin WuChang-Hong LiouShao-Wei LuShi-An ChenSheng-Fu ChenLi-Wei KoChin-Teng LinPublished in: IEEE Trans. Instrum. Meas. (2014)
Keyphrases
- signal strength
- received signal strength
- cellular networks
- sensor measurements
- multiple access
- wireless channels
- wireless communication
- health monitoring
- wireless networks
- base station
- sensor networks
- sensor data
- mimo ofdm
- noisy measurements
- battery powered
- multipath
- body sensor networks
- communication technologies
- wifi
- power consumption
- wireless systems
- access points
- multi channel
- hand held devices
- data fusion
- mobile networks
- spectrum sensing
- physical layer
- real time
- ofdm system
- communication channels
- mobile communication
- communication networks
- wireless sensor networks
- multi hop
- monitoring system
- wearable sensors
- wireless sensor
- inertial measurement unit
- wireless communication systems
- dead reckoning
- mobile users
- multi sensor
- sensor fusion
- orthogonal frequency division multiplexing
- data acquisition
- time of flight
- data transmission
- energy efficiency
- localization algorithm
- communication systems
- wireless medium
- video quality