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Model of Navigation and Control System of an Airborne Mobile Station

机译:机载移动台的航海控制系统模型

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In this paper the theoretical foundation of the navigation system for airborne mobile communication objects is proposed. This system is served for detection of a positioning location, a space shift, speed of an air mobile station based on a drone. The working frequency of the radio-frequency navigation system is chosen to be 2.4 GHz. First of all the new approach of positioning location control and the method of space coordinate calculation are proposed by authors. To design such the system the helix antenna is proposed. The main parameters of it are calculated and the numerical simulation is carried out. The analytical method of velocity and acceleration determination for airborne mobile communication objects is developed too.
机译:本文提出了空机移动通信对象导航系统的理论基础。 该系统用于检测定位位置,基于无人机的空气移动台的空间换档速度。 射频导航系统的工作频率选择为2.4 GHz。 首先通过作者提出了定位位置控制的新方法和空间坐标计算方法。 为了设计这种系统,提出了螺旋天线。 计算它的主要参数,并执行数值模拟。 开发了空气传播移动通信对象的速度和加速度测定的分析方法。

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