Structure and Software Elements of Enavi Radar for Large Drones

Grzegorz Jaromi, P. Kabacik, Dawid Sysak, R. Makowski
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Abstract

A growing number of flying devices in use results in an increased risk of their collisions. Anti-collision radars for small piloted aircraft are becoming increasingly common. Therefore it is also vital to equip drones, especially those large in size, with such radars.The topic of this paper is the construction of an anti-collision radar for Class 3 drones. A usable model of the hardware, and partly also of the software component, has already been developed. In order to choose the best solution for the software unit in the given class, a programming model of this radar, comprising both the analogue and the digital part, has been prepared. It is of particular importance especially as the large number of possible solutions requires prior modelling and determining the optimal parameter values, mainly when it comes to the emitted signals and echo detection.
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大型无人机用Enavi雷达结构及软件组件
越来越多的飞行设备的使用导致它们碰撞的风险增加。用于小型有人驾驶飞机的防撞雷达正变得越来越普遍。因此,为无人机,特别是大型无人机配备这种雷达也是至关重要的。本文的课题是3类无人机防撞雷达的构建。一个可用的硬件模型以及部分软件组件模型已经开发出来。为了在给定的类别中选择软件单元的最佳方案,编制了该雷达的模拟部分和数字部分的编程模型。这是特别重要的,特别是因为大量可能的解决方案需要事先建模和确定最佳参数值,主要是在涉及到发射信号和回波检测时。
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