… in the placement of the FAPs. The main contribution of this paper is a fast … placement (F-GWP)
algorithm for flying networks with controlled topology. Built upon the GWP algorithm, F-…

… clients, we propose the use of flying networks. These networks need to be carefully managed,
mainly due … [32] propose a genetic algorithm to solve multi-objective coverage problems in …

… The main contribution of this paper is a centralized trafficaware GW UAV Placement (GWP)
algorithm for flying networks with controlled topology. GWP takes advantage of both the …

… an algorithm that enables the placement and allocation of communication resources in
slicing-aware flying networks… The algorithm ensures that network slices with target QoS levels are …

… requirements of different network slices, … algorithm for enabling the joint placement and
allocation of communications resources in Slicing-aware Flying Access and Backhaul networks – …

… In order to address this challenge, in [21] we have proposed a centralized traffic-aware
gateway placement (GWP) algorithm for flying networks with controlled topology, which enables …

… vehicle (UAV) placement problem for wireless networking. The UAV operates as a flying …
The algorithm only requires several propagation parameters, but it is capable to avoid deep …

… Therefore, we propose an algorithm referred to as ’Learn-As-You-Fly’ (LAYF) that iteratively
breaks the underlying optimization problem into three subproblems: 2D UAVs positioning, …

… the capacity and coverage of existing cellular networks [5]. Deploying UAVs other than …
networks leveraging UAVs as flying BSs, also known as UAV-assisted cellular networks [5], …

… The main contribution of this paper is SLICER, an algorithm enabling the placement and
allocation of communications resources in slicing-aware flying networks. The evaluation carried …