A 1 Mbps 158 pJ/bit Bluetooth Low Energy (BLE) Compatible Backscatter Communication Uplink for Wireless Neural Recording in an Animal Cage Environment

J. Rosenthal, A. Pike, M. S. Reynolds
April 2019
PDF DOI
Type
Conference paper
Publication
2019 IEEE International Conference on RFID (RFID)
backscatter;Bluetooth;brain-computer interfaces;error statistics;low-power electronics;neurophysiology;radio links;wireless LAN;animal cage environment;neuroscience research;nonhuman primates;multiday neural recordings;unconstrained home cage environments;wireless brain-computer interfaces;metal animal cage forms;reverberant cavity;dense multipath;wireless communication channel;battery life;wireless neural recording devices;neural data;channel transfer function;metal NHP home cage;adequate signal strength;cage-antenna system;worst-case packet error rate;BLE requirement;backscatter link;measured energy consumption;BLE compatible backscatter communication link;BLE compatible backscatter data uplinks;low-power Bluetooth Low Energy compatible backscatter data uplinks;frequency 2.4 GHz;loss 27.4 dB;bandwidth 5.0 MHz;Loss measurement;Backscatter;Bandwidth;Antenna measurements;Insertion loss;Antennas;Uplink