Derives upper and lower bounds plus a closed-form suboptimal solution for optimal tether length and inclination angle of tethered UAVs to minimize average path loss, along with the distribution of the minimum inclination angle across environments.
Post-disaster 4G/5G network rehabilitation using drones: Solving battery and backhaul issues
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On the 3-D Placement of Airborne Base Stations Using Tethered UAVs
Derives upper and lower bounds plus a closed-form suboptimal solution for optimal tether length and inclination angle of tethered UAVs to minimize average path loss, along with the distribution of the minimum inclination angle across environments.