On the construction of ultraviolet communication line and orientation for controlling a small unmanned aerial vehicle

L. V. Shastin, N. V. Shakhov
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Abstract

The purpose of this work is to analyze methods for constructing an ultraviolet (UV) communication line and orientation for controlling a small unmanned aerial vehicle (UAV). In conditions of difficult terrain, the passage of radio waves is difficult, so it is necessary to use the optical range for communication and orientation. In the UV range, optical interference is significantly reduced and it is possible to create small-sized film antennas for UAVs. The characteristics of UV communication using film fluorescent antennas and multi-crystal semiconductor emitters are given. The UAV orientation method using onboard film antennas has been analyzed.
小型无人机控制紫外通信线路及定位的构建
本文的目的是分析用于控制小型无人机的紫外(UV)通信线路的构建方法和方向。在地形复杂的条件下,无线电波难以通过,因此需要利用光学距离进行通信和定位。在紫外范围内,光学干扰大大减少,并且可以为无人机创建小尺寸的薄膜天线。给出了采用薄膜荧光天线和多晶半导体发射体进行紫外通信的特点。分析了利用机载薄膜天线进行无人机定位的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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