  In this paper, we provide an analytical framework for full-duplex (FD)
massive multiple-input multiple-output (MIMO) cellular networks with low
resolution analog-to-digital and digital-to-analog converters (ADCs and DACs).
Matched filters are employed at the FD base stations (BSs) at the transmit and
receive sides. For both reverse and forward links, our contributions are (1)
derivations of the signal-to-quantization-plus-interference-and-noise ratio
(SQINR) for general and special cases; (2) derivations of spectral efficiency
for asymptotic cases as well as for power scaling laws; and (3) quantifying
effects of quantization error, loopback self-interference, and inter-user
interference for hexagonal cells and Poisson Point Process (PPP) tessellations
on outage probability and spectral efficiency.
