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      Anti-Drone Technology for Drone Threat Response: Current Status and Future Directions

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      https://www.riss.kr/link?id=A108857731

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      다국어 초록 (Multilingual Abstract)

      In this paper, we have undertaken a comprehensive investigation into the current state of anti-drone technology due to the increasing concerns and risks associated with the widespread use of drones. We carefully analyze anti-drone technology, dividing it into three crucial domains: detection, identification, and neutralization methods. This categorization enables us to delve into intricate technical details, highlighting the diverse techniques used to counter evolving drone threats. Additionally, we explore the legal and regulatory aspects of implementing anti-drone technology. Our research also envisions potential directions for advancing and evolving anti-drone tech to ensure its effectiveness in an ever-changing threat environment.
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      In this paper, we have undertaken a comprehensive investigation into the current state of anti-drone technology due to the increasing concerns and risks associated with the widespread use of drones. We carefully analyze anti-drone technology, dividing...

      In this paper, we have undertaken a comprehensive investigation into the current state of anti-drone technology due to the increasing concerns and risks associated with the widespread use of drones. We carefully analyze anti-drone technology, dividing it into three crucial domains: detection, identification, and neutralization methods. This categorization enables us to delve into intricate technical details, highlighting the diverse techniques used to counter evolving drone threats. Additionally, we explore the legal and regulatory aspects of implementing anti-drone technology. Our research also envisions potential directions for advancing and evolving anti-drone tech to ensure its effectiveness in an ever-changing threat environment.

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      참고문헌 (Reference)

      1 박찬정 ; 김기용, "안티드론 기술의 특허동향 분석 : 무력화 수단 및 방법을 중심으로" 한국차세대컴퓨팅학회 16 (16): 7-17, 2020

      2 공영주 ; 손성환 ; 현준석 ; 유동길 ; 조인철, "실시간 적용을 위한 드론 탐지 레이다용 신호처리 구조 설계 방안" 한국인터넷방송통신학회 22 (22): 31-36, 2022

      3 Gyumin Kang, "Trends in Low Altitude Small Drone Identification Technology and Standardization" 34 (34): 164-170, 2019

      4 Juhwan Noh, "Tractor Beam: Safe-hijacking of Consumer Drones with Adaptive GPS Spoofing" 2 : 1-26, 2019

      5 Heeseo Chae, "The IoT based automate landing system of a drone for the round-the-clock surveillance solution" 1575-1580, 2015

      6 Suna Choi, "Study on analysis of co-existence with wireless devices in the 5.8GHz band for Remote Identification of Drones" 585-586, 2022

      7 Youngbin Go, "Study on SDR-Based Drone Detection Using Radio Frequency Signal" 512-513, 2023

      8 D. Floreano, "Science, technology and the future of small autonomous drones" 521 : 460-466, 2015

      9 Yunmok Son, "Rocking drones with intentional sound noise on gyroscopic sensors" 881-896, 2015

      10 Jarez S. Patel, "Review of radar classification and RCS characterisation techniques for small UAVs or drones" 12 (12): 911-919, 2018

      1 박찬정 ; 김기용, "안티드론 기술의 특허동향 분석 : 무력화 수단 및 방법을 중심으로" 한국차세대컴퓨팅학회 16 (16): 7-17, 2020

      2 공영주 ; 손성환 ; 현준석 ; 유동길 ; 조인철, "실시간 적용을 위한 드론 탐지 레이다용 신호처리 구조 설계 방안" 한국인터넷방송통신학회 22 (22): 31-36, 2022

      3 Gyumin Kang, "Trends in Low Altitude Small Drone Identification Technology and Standardization" 34 (34): 164-170, 2019

      4 Juhwan Noh, "Tractor Beam: Safe-hijacking of Consumer Drones with Adaptive GPS Spoofing" 2 : 1-26, 2019

      5 Heeseo Chae, "The IoT based automate landing system of a drone for the round-the-clock surveillance solution" 1575-1580, 2015

      6 Suna Choi, "Study on analysis of co-existence with wireless devices in the 5.8GHz band for Remote Identification of Drones" 585-586, 2022

      7 Youngbin Go, "Study on SDR-Based Drone Detection Using Radio Frequency Signal" 512-513, 2023

      8 D. Floreano, "Science, technology and the future of small autonomous drones" 521 : 460-466, 2015

      9 Yunmok Son, "Rocking drones with intentional sound noise on gyroscopic sensors" 881-896, 2015

      10 Jarez S. Patel, "Review of radar classification and RCS characterisation techniques for small UAVs or drones" 12 (12): 911-919, 2018

      11 J. Farlik, "Multispectral Detection of Commercial Unmanned Aerial Vehicles" 19 (19): 1517-, 2019

      12 M. Ritchie, "Micro UAV crime prevention: Can we help Princess Leia?" Springer 359-376, 2017

      13 C. Bender, "Leveling the Playing Field: Equipping Ukrainian Freedom Fighters with Low-Cost Drone Detection Capabilities" 287-312, 2023

      14 Nguyen, Phuc, "Investigating Cost-effective RF-based Detection of Drones" 17-22, 2016

      15 R. Raheb, "Impact of Communications Quality of Service (QoS) on Remote ID as an Unmanned Aircraft (UA) Coordination Mechanism" 1-8, 2021

      16 Ilseok Oh, "Development plan for anti-drone policy" 8 (8): 2023

      17 Hunje Lee, "Detection and Classification of Drones Based on Deep Learning Using Camera, Radar, and Audio Sensors" 1116-1117, 2023

      18 Wanjei Cho, "CFAR detection method for detecting small drones using FMCW radar" 183-184, 2023

      19 Joon-Young Park, "Anti-Drone Technology for Protecting Electric Power Facilities from Bad Drones" 69 (69): 15-20, 2020

      20 Heewook Kim, "Analysis of Regulation and Standardization Trends for Drone Remote ID" 36 (36): 46-54, 2021

      21 Office for Government Policy Coordination, "2023 national counter-terrorism activity plan and Discussion on supplementary anti-drone measures for nationally important facilities" 16 : 1-, 2023

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