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Deployable networks are foreseen to be one of the key technologies for publicsafety in fifth generation (5G) mobile communications and beyond. They can beused to complement the existing public cellular networks to provide temporaryand on-demand connectivity in emergency situations. However, operatingdeployable networks in coexistence with public cellular networks can bechallenging from an interference perspective. To gain insights on thedeployment strategy for deployable networks, in this article, we present anextensive numerical study of coverage and interference analysis, consideringfour different co-existence scenarios and different types of deployable basestations (BSs), i.e., BS on a truck and BS on an Unmanned Aerial Vehicle (UAV).Our simulation results show that deploying deployable BSs in rural scenarioscan provide good coverage to meet the service requirement for mission critical(MC) users. In addition, the interference impact is only substantial when thedeployable and public networks are close to each other. Finally, allowing theMC users to access the public network can be of vital importance to guaranteetheir service when the interference level between public and deployable networkis very high.

Deployable Networks for Public Safety in 5G and Beyond: A Coverage and Interference Study