Although the use of cellular networks to serve drones has been investigated in several
recent works, the path loss or shadowing variation is still relatively unexplored. The variation …

Cellular networks based on current LTE Advanced or coming 5G technology, constitute an
attractive candidate to provide communication links for drones in low level airspace. This …

Unmanned aerial vehicles (UAV) deployment and emerging air-to-ground wireless services
have been a topic of great interest in the last few years. The main virtue of UAV networks is …

Non-terrestrial networks have been gaining momentum in recent years as an integral part of
current 3GPP releases and future networks. It is imperative to capture the intrinsic features of …

The use of UAVs for various applications is a rapidly growing research field nowadays.
Knowledge of the wireless UAV-to-ground propagation channel is crucial for designing an …

Unmanned Aerial Vehicles (UAV), also known as “drones”, are attracting increasing
attention as enablers for many technical applications and services, and this trend is likely to …

UAVs have been proposed in the context of 5G cellular networks to act as flying
basestations or relays in order to offer wireless services to underserved areas or support …

The risk of mid-air collisions between flying drones has to be minimized to the greatest
possible extent as it endangers people in the air and on the ground especially when being …

The main goal of this letter is to obtain models for path loss exponents and shadowing for
the radio channel between airborne unmanned aerial vehicles (UAVs) and cellular …

In the near future an increasing number of unmanned aerial vehicles (UAVs) are expected to
be integrated into urban airspace. Direct Drone-to-Drone (D2D) communication is a …