James Rosenthal
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Wideband UHF DQPSK Backscatter Communication in Reverberant Cavity Animal Cage Environments
A. Sharma
,
E. Kampianakis
,
J. Rosenthal
,
A. Pike
,
A. Dadkhah
,
M. S. Reynolds
August 2019
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DOI
Type
Journal article
Publication
IEEE Transactions on Antennas and Propagation
antenna radiation patterns;backscatter;biomedical communication;electromagnetic wave polarisation;microstrip antennas;microwave antennas;multipath channels;neurophysiology;phase shift keying;prosthetics;quadrature phase shift keying;radiofrequency identification;UHF antennas;VHF antennas;reduced-size ceramic patch antenna;stimulation device;commercial air-dielectric patch antenna;measured 3 dB channel bandwidth;port-to-port insertion loss;cage volume;backscatter data;wideband backscatter communication systems;significant multipath;reverberant cage environment;wideband UHF DQPSK backscatter communication;reverberant cavity animal cage environments;neuroscience experiments;animal subjects;free motion;metal cage environment;wireless communication;neural recording;metal cage walls;dense multipath;implanted device;multipath challenge;backscatter channel;reverberant cavity effect;channel transfer function;nonhuman primate research;medical band;frequency 902.0 MHz to 928.0 MHz;Antennas;Backscatter;Metals;Animals;Antenna measurements;Cavity resonators;Wireless communication;Backscatter communication;implanted biomedical devices;neural recording;reverberant cavity
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