지원사업
학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
커뮤니티
연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
논문 기본 정보
- 자료유형
- 연구보고서
- 저자정보
- 발행연도
- 2020.10
- 수록면
- 1 - 122 (122page)
이용수
초록· 키워드
오류제보하기
This study aims to contribute to the efficiency of systematic quarantine management in Gyeonggi-do through the research on the quarantine system support plan using drones.
Drone control in the agricultural field has the advantage of low cost and high efficiency as it is possible to minimize scattering damage to nearby agricultural farms due to low flight altitude, and it is possible to maximize the medicinal effect through precise control.
Recently, by solving the problem of farmers" absence of labor through the development of low-priced equipment, it is expected to have effects such as improving productivity and minimizing poisoning damage caused by pesticides.
Some technologies such as pesticide spraying and video shooting using unmanned reconnaissance aircraft have been applied to agricultural sites, but they will be fully utilized in order to automate mission execution through integration of related fields and missions. Regional unit control system is required to ensure execution accuracy and maximize work efficiency and control effect.
In order to prevent domestic animal diseases, there are existing quarantine methods such as personnel and transportation of equipment, but new quarantine systems are needed through the development of new technologies in order to cope with large-scale personnel, equipment, time, and cost effectively.
The disinfection prevention method using drones is currently being carried out in the market through technical differentiation from the existing prevention methods.
The effectiveness of the prevention can be verified by controlling the prevention site at low cost by using drones to prevent dangerous or inaccessible places.
There is a need for a cooperation system between departments and a step-by-step implementation strategy for the promotion of drone-based control and quarantine.
Accordingly, in order to increase the effectiveness of drone quarantine, new quarantine tasks and smart drone video quarantine systems need to be operated through a new organization.
The first stage is the demonstration project and improvement of laws and systems. Primarily, through a cooperation system with relevant departments, such as the Land Information Division, the Department in charge of agriculture, and the department in charge of livestock diseases, the existing control and quarantine problems are supplemented and replaced by drone control and quarantine targets that can be reviewed and demonstrated. Should be promoted.
The second stage is to introduce the system. Through the first stage of the project, the foundation for drone control and quarantine will be prepared, and in the second stage, a smart drone video control system will be introduced to establish a system that can activate the use of drones in the field of prevention and quarantine.
It is to prepare a support system by improving the operation manual and legal system for drone control and quarantine. Drone control and quarantine operation manuals should be prepared. It is necessary to create a safe drone use environment based on the drone operation process, establish a drone operation process for various variables that may occur in the process of promoting a drone defense project, and prepare a drone operation manual to secure stability based on this content.
Laws and systems need to be improved. In order to increase the effectiveness of drone quarantine, it is necessary to verify the system, verify the latest technology, and discuss with the relevant organizations for deregulation and to present standards for improvement of the legal system and deduce regulatory improvements.
The implementation of the demonstration project should be reviewed. It is necessary to expand the drone control and quarantine support business step by step through the implementation of a demonstration project to verify the drone quarantine system and quarantine effect.
Drone control and quarantine education programs should be operated.
At the Gyeonggi-do level, there is a need to operate an education program to cultivate drone quarantine professionals who can support local community control and prevention.
A smart drone quarantine system for agricultural control and livestock epidemic prevention and response using drones should be introduced to systematically support the control and quarantine work. It is necessary to review the introduction of automation measures. From the Gyeonggi-do side, drones can be used to perform various control tasks to perform low cost, efficiency, and quarantine in places that are dangerous or difficult to access.
As the need to respond to livestock diseases is expected to increase in the future, it is necessary to introduce a system for controlling multi-drones based on a three-dimensional GCS (Ground Control System). The drone video control system should be built as an integrated drone system that can control real-time control (change/cancellation of quarantine missions) after securing safety and reliability through pre-simulation before flying a drone mission. It is possible to support rapid response quarantine in case of occurrence of various animal diseases, efficient planned quarantine based on big data, comprehensive quarantine for difficult-to-access areas, and low-cost mass simultaneous application. The video ground control system (GCS) should be applied on a cloud basis and the system should be built so that it can be applied to various industrial fields. It is necessary to establish a data map linking a system capable of controlling and controlling multiple drones such as various drones and stations, and local governments and related organizations.
Drone control in the agricultural field has the advantage of low cost and high efficiency as it is possible to minimize scattering damage to nearby agricultural farms due to low flight altitude, and it is possible to maximize the medicinal effect through precise control.
Recently, by solving the problem of farmers" absence of labor through the development of low-priced equipment, it is expected to have effects such as improving productivity and minimizing poisoning damage caused by pesticides.
Some technologies such as pesticide spraying and video shooting using unmanned reconnaissance aircraft have been applied to agricultural sites, but they will be fully utilized in order to automate mission execution through integration of related fields and missions. Regional unit control system is required to ensure execution accuracy and maximize work efficiency and control effect.
In order to prevent domestic animal diseases, there are existing quarantine methods such as personnel and transportation of equipment, but new quarantine systems are needed through the development of new technologies in order to cope with large-scale personnel, equipment, time, and cost effectively.
The disinfection prevention method using drones is currently being carried out in the market through technical differentiation from the existing prevention methods.
The effectiveness of the prevention can be verified by controlling the prevention site at low cost by using drones to prevent dangerous or inaccessible places.
There is a need for a cooperation system between departments and a step-by-step implementation strategy for the promotion of drone-based control and quarantine.
Accordingly, in order to increase the effectiveness of drone quarantine, new quarantine tasks and smart drone video quarantine systems need to be operated through a new organization.
The first stage is the demonstration project and improvement of laws and systems. Primarily, through a cooperation system with relevant departments, such as the Land Information Division, the Department in charge of agriculture, and the department in charge of livestock diseases, the existing control and quarantine problems are supplemented and replaced by drone control and quarantine targets that can be reviewed and demonstrated. Should be promoted.
The second stage is to introduce the system. Through the first stage of the project, the foundation for drone control and quarantine will be prepared, and in the second stage, a smart drone video control system will be introduced to establish a system that can activate the use of drones in the field of prevention and quarantine.
It is to prepare a support system by improving the operation manual and legal system for drone control and quarantine. Drone control and quarantine operation manuals should be prepared. It is necessary to create a safe drone use environment based on the drone operation process, establish a drone operation process for various variables that may occur in the process of promoting a drone defense project, and prepare a drone operation manual to secure stability based on this content.
Laws and systems need to be improved. In order to increase the effectiveness of drone quarantine, it is necessary to verify the system, verify the latest technology, and discuss with the relevant organizations for deregulation and to present standards for improvement of the legal system and deduce regulatory improvements.
The implementation of the demonstration project should be reviewed. It is necessary to expand the drone control and quarantine support business step by step through the implementation of a demonstration project to verify the drone quarantine system and quarantine effect.
Drone control and quarantine education programs should be operated.
At the Gyeonggi-do level, there is a need to operate an education program to cultivate drone quarantine professionals who can support local community control and prevention.
A smart drone quarantine system for agricultural control and livestock epidemic prevention and response using drones should be introduced to systematically support the control and quarantine work. It is necessary to review the introduction of automation measures. From the Gyeonggi-do side, drones can be used to perform various control tasks to perform low cost, efficiency, and quarantine in places that are dangerous or difficult to access.
As the need to respond to livestock diseases is expected to increase in the future, it is necessary to introduce a system for controlling multi-drones based on a three-dimensional GCS (Ground Control System). The drone video control system should be built as an integrated drone system that can control real-time control (change/cancellation of quarantine missions) after securing safety and reliability through pre-simulation before flying a drone mission. It is possible to support rapid response quarantine in case of occurrence of various animal diseases, efficient planned quarantine based on big data, comprehensive quarantine for difficult-to-access areas, and low-cost mass simultaneous application. The video ground control system (GCS) should be applied on a cloud basis and the system should be built so that it can be applied to various industrial fields. It is necessary to establish a data map linking a system capable of controlling and controlling multiple drones such as various drones and stations, and local governments and related organizations.
목차
[표지]
[정책건의]
[차례]
표차례
그림차례
[제1장 서론]
1. 연구의 배경 및 목적
2. 연구의 범위 및 방법
[제2장 드론을 활용한 방제 현황]
1. 농업분야 드론 방제 활용 현황
2. 산림분야 드론 방제현황
3. 시사점
[제3장 드론을 활용한 방역관리 현황]
1. 가축전염병 방역관리 국내외 현황
2. 드론을 활용한 방역관리 사례
3. 시사점
[제4장 경기도 드론 방제 · 방역 지원체계]
1. 경기도 드론 방제 · 방역 추진 현황
2. 경기도 드론 방제 · 방역 지원체계
[제5장 결론 및 정책제언]
1. 결론
2. 정책제언
[참고문헌]
[Abstract]
참고문헌 (0)
참고문헌 신청함께 읽어보면 좋을 논문
논문 유사도에 따라 DBpia 가 추천하는 논문입니다. 함께 보면 좋을 연관 논문을 확인해보세요!
-
국내외 드론산업 동향 분석을 통한 공공분야에서의 드론 활용방안에 대한 연구
한국IT서비스학회지
2016 .01
-
시큐리티 분야의 드론 적용방안에 관한 연구
한국경찰학회보
2020 .01
-
드론봇 전투체계에 대한 네트워크 구축 방향
한국군사학논집
2020 .10
-
A Study on Drone’s Liability on Flight in South Korea
유통과학연구
2016 .01
-
드론 기반의 경기도 3차원 공간정보 구축 및 활성화 방안
정책연구
2021 .07
-
군사용 드론의 효율적인 전력화방안
군사과학연구
2024 .12
-
Awarness on Drone Applicability through Mind Map Comparison Before and After Drone Learning and the Task of Introducing Drone Learning -For police and Security Majors-
한국경찰연구
2021 .09
-
한국내 물류서비스에 드론 활용을 위한 연구
유통과학연구
2016 .01
-
근접전투 부대의 드론 전력화 분석
군사과학연구
2022 .12
-
효과적 검역체계를 위한 검역법 개선방안
보건행정학회지
2018 .01
-
한국 관광산업분야의 드론 적용 방향 연구
관광경영연구
2019 .01
-
국내 민간·상업용 드론 생태계에 대한 연구 : 행위자 연결망 분석을 중심으로
정보사회와 미디어
2018 .04
-
공공임무용 드론의 효과적 활용방안에 관한 연구 - 실종자 수색용 드론을 중심으로 -
한국경호경비학회지
2020 .01
-
드론 활용 시 안전에 관한 개선방안 연구
한국국가안보·국민안전학회지
2018 .01
-
드론 택배 도입을 위한 각국의 정책과 발전방안에 대한 연구
물류학회지
2016 .01
-
드론 사이버위협에 따른 효과적 대응방안에 관한 연구
한국군사학논집
2022 .10
-
A Study on Drone Industry and Global Trend
기업경영리뷰
2018 .01
-
경찰의 드론 활용에 따른 형사법적 문제
경찰법연구
2020 .01
-
드론 물류 서비스 상용화를 위한 항로 최적화 모델 시뮬레이션 연구
서비스경영학회지
2018 .03
이 논문의 저자 정보
이 논문과 함께 이용한 논문
4차 산업혁명에서 사물인터넷을 활용한 재난안전 예측과 대응
강희조
Proceedings of KIIT Conference
2018
.06
사회안전을 위한 스마트 재난안전관리 시스템
강희조
디지털콘텐츠학회논문지
2017
.02
경찰 드론의 활용실태와 개선방안
우봉환
,
박귀열
,
최응렬
사회과학연구
2024
.09
소형 드론을 활용한 라스트마일 배송의 경제성 및 환경 영향 분석
이종진
,
정현준
Proceedings of KIIT Conference
2024
.05
드론을 활용한 토양처리 제초제의 잡초방제 효과
원옥재
,
이현수
,
임성환
외 6명
한국농약과학회 학술발표대회 논문집
2024
.04
최근 본 자료
댓글(0)
0