Abstract
AbstractThe initial deployment of millimeter‐wave (mm‐wave) base stations (BSs), for example, by Verizon and AT&T will be on top of lamp‐posts along the roads of an urban scenario. These deployments will mainly target the outdoor pedestrian users and provide on‐demand ultra‐high data rates. However, as the mm‐wave deployments mature, the operator must necessarily dimension the network by taking into consideration the requirements of the indoor cellular users as well. In this paper, we study the extent of indoor coverage with on‐road BS deployments, so as to enable the network operators with necessary system design and network dimensioning insights. We derive the tier and radio access technique (RAT) selection probabilities of the typical indoor user, and consequently, we characterize its signal to interference and noise ratio (SINR) coverage probability. Based on the density of roads in the city, we prescribe the optimal density of the BSs required to maximize the SINR coverage of the indoor users.
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