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A new Approach of V2X Communications for Long Range Applications in UAVs

机译:适用于无人机远程应用的V2X通信新方法

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摘要

The importance of UAVs (Unmanned Aerial Vehicle), also called drones, in the society has been increasing over last years. Today, UAVs are used in different situations, for example on emergency conditions for locating people after an earthquake or transporting medicines to not accessible places. A major drawback of drone's communications is the short distance that can be reached. In this paper, the perform of LoRa (Long-Range) protocol is studied with the purpose of implementing it in these kinds of communications. Also, a system is proposed with the goal of increasing coverage area in UAVs communications. Furthermore, some tests were developed equipping two UAVs with the necessary hardware and transmitting information between two far points to analyze the performance of the system developed. Some of these values were the distance, power of transmission, the Signal to Noise ratio (SNR) and the Received Signal Strength Indicator (RSSI). Finally, the developed system was tested and gave a successful result for a distance of 10 km.
机译:近年来,无人机(无人机)在社会中的重要性不断提高。如今,无人机用于不同的情况,例如在紧急情况下用于在地震后定位人员或将药品运送到无法到达的地方。无人机通信的主要缺点是可以达到短距离​​。本文研究了LoRa(长距离)协议的性能,目的是在这些类型的通信中实现该协议。此外,提出了一种旨在增加UAV通信中的覆盖范围的系统。此外,还开发了一些测试,为两架无人机配备必要的硬件,并在两个远点之间传输信息,以分析所开发系统的性能。其中一些值是距离,传输功率,信噪比(SNR)和接收信号强度指示器(RSSI)。最后,对开发的系统进行了测试,并在10 km的距离内给出了成功的结果。

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