… joint hovering altitude and power control for UAV networks in the context of a spaceair-ground …
resource allocation for UAV networks in the context of space-air-ground heterogeneous …

… mainly focus on UAVs-oriented deployment and mobility optimization, while the issue of
joint optimization of airground communication, computation scheduling, and UAVs’ mobility …

… investigates the joint UAV position … UAV and line-of-sight (LoS) communications of air-ground
links. Moreover, it also takes full advantage of computing resources in IoT devices, UAVs…

… data transmission between the ground 162 IoRT nodes and the … jointly 165 optimizing the
3D UAV deployment and power allocation 166 subject to the constraints on UAV altitude, UAV …

… In this paper, we focus on a typical scenario of the AGIFL, where a UAV … joint UAV location
and network resource for the AGIFL. To be specific, we investigate how to jointly optimize UAV …

… Things (IoRT), unmanned aerial vehicle (UAV) aided space-air-ground (SAG) … jointly
optimizing smart devices connection scheduling, power control, and UAV trajectory, where the joint …

… a two-stage joint hovering altitude and power control for UAV networks considering the
feasible deployment of drones in the context of a space-airground three-tier heterogeneous …

… as target joint detection, cooperative communication and distributed computing. We build
an air-ground integrated IoT network infrastructure composed of UAVs along with ground …

… energy storage of UAVs and finite battery of … UAVs for access, where C-NOMA is used to
obtain both improved system throughput and terminal complexity. Then, we study the joint UAV …

… Specifically, we aim to jointly optimize the UAV trajectory, the passive beamforming at the
IRS and the transmit beamforming at the BS, to maximize the average achievable rate at the …