A Holistic Assessment of Directional Deafness in mmWave-based Distributed 3D Networks

The adoption of abundant millimeter-wave (mmWave) spectrum offers higher capacity for short-range connectivity in various Unmanned Aerial Vehicle (UAV)-centric communications scenarios. In contrast to the conventional cellular paradigm, where the coordination of connected nodes is highly centralized, the distributed deployments, such as those operating over unlicensed frequency bands, maintain robust interactions in the absence of central control. These agile decentralized systems are being naturally created by dynamic UAV swarms that form a temporary 3D structure without reliance on remote management or pre-established network infrastructures. While much effort has been invested in the performance assessment of distributed, directional, and 3D systems individually, a combination of these three angles allows capturing more realistic UAV swarm scenarios and produces a novel research perspective. This work addresses one of the fundamental challenges in mmWave-based 3D networks – directional deafness – which is known to adversely affect the overall system performance. Particularly, we develop a mathematical framework by taking into account the peculiarities of 3D directional and distributed deployments. We provide a holistic analytical assessment of directional deafness and propose several powerful approximations that capture realistic antenna patterns.

Chukhno Olga 1 , Chukhno Nadezhda 2 , Galinina Olga 3 , Andreev Sergey3 , Gaidamaka Yuliya 4 , Samouylov Konstantin 4 , Araniti Giuseppe5
  • 1 University Mediterranea of Reggio Calabria, Italy and CNIT, Italy and Tampere University, Finland
  • 2 University Mediterranea of Reggio Calabria, Italy and CNIT, Italy and Universitat Jaume I, Spain
  • 3 Tampere University, Finland
  • 4 Peoples’ Friendship University Of Russia
  • 5 University Mediterranea of Reggio Calabria, Italy and CNIT, Italy
3D; Antenna arrays; Antenna radiation patterns; Antennas; Autonomous aerial vehicles; Deafness; deafness; directional antenna; Directive antennas; distributed networks; millimeter wave; stochastic geometry; Three-dimensional displays
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