Anti-Drone System Based Different Technologies: Architecture, Threats and Challenges

Y. N. Jurn, S. A. Mahmood, Jaafar A. Aldhaibani
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引用次数: 7

Abstract

the drones or unmanned aerial vehicles (UAVs), are enabling unlimited applications for different services. Meanwhile, several threats are implemented due to their misuse and misapply. Therefore, for this reason and others, the problems of detection and identification of different UAVs are the main challenges of recent researches. The drones have different operating techniques which make the anti-drone technologies varies from each other related to capabilities for detection and identifications of drone type as well as tracking it. In this paper, different anti-drones technologies are explained and discussed for the purpose of detection and tracking drone threats in the airspace. As well as, the key factors to select best anti-drone technique are discussed and presented for different facilities. T33he proposed anti-drone system is presented based on the RF detection technique and CNN algorithm. Finally, the recommendations for up-to-date design anti-drone system are presented as future work for our research.
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基于不同技术的反无人机系统:架构、威胁和挑战
无人机或无人驾驶飞行器(uav)为不同的服务提供了无限的应用。同时,由于这些威胁的误用和误用,导致了一些威胁的实现。因此,基于这一原因和其他原因,不同无人机的检测和识别问题是当前研究的主要挑战。无人机具有不同的操作技术,这使得反无人机技术在检测和识别无人机类型以及跟踪无人机的能力方面彼此不同。本文对不同的反无人机技术进行了解释和讨论,目的是检测和跟踪空域中的无人机威胁。讨论了针对不同设施选择最佳反无人机技术的关键因素。提出了一种基于射频检测技术和CNN算法的反无人机系统。最后,对反无人机系统的最新设计提出了建议,作为我们未来的研究工作。
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