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Theoretical analysis of interference between directional beams in drone-based 3D mesh network

机译:基于无人机的3D网状网络方向梁干扰的理论分析

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This paper proposes a route optimization scheme for three-dimensional wireless mesh networks implemented by using formation flying of autonomous unmanned aerial vehicles, also known as drones. Inter-drone communication above the ground can achieve free space propagation as obstacles are eliminated. However, transmission efficiency can be degraded due to sneak path interference inside the drone [1].In this paper, based on formation flight related work [2] suitable for drone communications, we theoretically analyze this interference by directional beams and propose an optimal route selection scheme with high transmission rate.
机译:本文提出了一种通过使用自主无人航空车辆的形成飞行实现的三维无线网状网络的路径优化方案,也称为无人机。在地面上方的无人机间通信可以实现自由空间传播,因为消除了障碍物。然而,由于无人机内部的潜行路径干扰,传输效率可以降低[1]。本文基于形成飞行相关工作[2]适用于无人驾驶通信,我们通过方向梁理论分析这种干扰并提出最佳路线具有高传输速率的选择方案。

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