… 3-D multi-UAV deployment based on convex … of UAVs and schedule users to UAVs. 2) When
users are scheduled and xy locations of UAVs are calculated, we separately optimize UAVs …

… We study a novel problem of deploying K UAVs in the top of a disaster area such that the …
by the UAVs is maximized, subject to that (i) the number of users served by each UAV is no …

… (3D) deployment of UAV is one of the key challenges in UAV-assisted communication … of
UAV deployment in 3D space to provide on-demand coverage to the ground users to maximize …

… to maximize the minimum average throughput of all users by jointly optimizing the UAV trajec…
achieve higher throughput than a static UAV, even with optimal deployment/placement. For …

… We address the problem of UAV deployment in three-dimensional (3D) space to … is
maximized. First, we find the optimal UAV location in 3D space where the sum rate is maximized for …

… In this paper, we present a multi-UAV assisted ground network, where UAVs are deployed
… declining throughput. The proposed approach aims at the throughput maximization of UAV-…

… In Section VI, we also consider the case when the UAV is freely deployed to help relay
information from S to D, and as a result, there are no constraints on its initial and final locations. …

… UAVs, an effective security flight mechanism is designed. To achieve a fair performance
between GTs, this paper aims to maximize the … UAV deployment and aimed to minimize the UAV …

… Their ease of deployment and low cost makes UAV-based communication systems attractive
for mobile crowds (handling site outage and overload conditions in cellular networks) [10, …

… , to maximize the system throughput. In particular, we aim to maximize the uplink common
(minimum) throughput among all ground users over a finite UAV's flight period, subject to its …