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Due to the greater path loss, shadowing, and increased effect of blockage inmillimeter wave cellular networks, base station sharing among network serviceproviders has the potential to significantly improve overall network capacity.However, a service provider may find that despite the technical gains, sharingactually reduces its profits because it makes price competition between serviceproviders tougher. In this work, a weighted scheduling algorithm is described,which gives greater control over how the airtime resource is allocated within ashared cell. It is shown that, under certain market conditions, there existscheduling weights such that base station sharing is more profitable than notsharing for both service providers in a duopoly market, while still achievingalmost as much network capacity as in a conventional base station sharingscenario. Thus, both technical and economic benefits of base station sharingmay be realized simultaneously.

Capturing Capacity and Profit Gains with Base Station Sharing in mmWave Cellular Networks