… We consider a DL cellular network with BSs deployed on a plane surface, according to a
homogeneous Poisson point process (HPPP) Φ of intensity λ BSs/km2. UEs are also Poisson …

… , and with the aim of integrating UAV communications in current cellular networks, the Third
Generation … Thus, this solution may only be suitable for networks with a low density of UAVs. …

… the UAV altitude, UAV density, UAV power control, U2U link distance, and the number of
PRBs accessed by each link type have on the coexistence of aerial and ground communications…

… integration of UAV communications with cellular networks is … UAV communications and
explores the integration of UAVs … -grade autonomous UAV flying over a densely populated …

… UAV communications, opportunistic transmission has been commonly considered as an
important way for supporting UAV communications. … , and their applications in wireless networks. …

… ubiquitous accessibility of cellular networks worldwide, cellular-connected UAVs make it …
LTE systems, with potentially dense UAV deployment. Furthermore, for future 5G-and-beyond …

… density of UAVs in the network, ie, it considers the deployment of Naerial = {0, 0.1, 1, 3, 5} …
to UAV communications. The use of cellular networks for UAV C&C communications is …

… However, wired connections can be expensive and infeasible due to geographical
constraints, especially when dealing with ultra dense cellular networks [94]–[96]. While …

… U2U communications underlaying a cellular network. In such a setup, UAV-toUAV transmit-…
Hassan, “On the downlink performance of UAV communications in dense cellular networks,” …

… height, the BS density and … cellular network consisting of multiple UAVs and BSs. In the
model, the BSs are modelled as a homogeneous Poisson point process (HPPP) ΦB with density …