  In this paper, we present a stochastic geometry based framework to analyze
the performance of downlink indoor visible light communication (VLC) networks
at a typical receiver while considering reflections from the walls. A typical
receiver is a arbitrarily located user in the room and may not necessarily be
at the center and hence sees an asymmetric transmitter location process and
interference at itself. We first derive the signal-to-interference-plus-noise
ratio (SINR) and rate coverage probability for a typical user. We then present
a framework to model the impact of wall reflections and extend the analysis to
study the performance of VLC network in the presence of wall reflections. We
show that the impact of user's location and reflections is significant on the
performance of the user.
