Comprehensive Analysis of Maximum Power-Based Association Policy for Millimeter Wave Cellular Networks Considering Euclidean and Angular Coordinates

The core message of this paper is to propose a novel stochastic geometry framework to study the downlink coverage performance in a millimeter wave cellular network by jointly considering the Euclidean and angular distances of the base stations with respect to the typical user in the maximum power-based association policy. The authors highlight the key role of angular distances in the association policy and analysis, which has been largely ignored in the literature.