논문 상세보기
pp.65-73
In order to increase the production efficiency of the ship and shorten the production cycle, it is important to evaluate the accuracy of the ship components efficiently during the drying cycle. The accuracy control of the block is important for shortening the ship process, reducing the cost, and improving the accuracy of the ship. Some systems have been developed and used mainly in large shipyards, but in some cases, they are measured and managed using conventional measuring instruments such as tape measure and beam, optical instruments as optical equipment, In order to perform accuracy control, these tools and equipment as well as equipment for recording measurement data and paper drawings for measuring the measurement position are inevitably combined. The measured results are managed by the accuracy control system through manual input or recording device. In this case, the measurement result is influenced by the work environment and the skill level of the worker. Also, in the measurement result management side, there are a human error about the lack of the measurement result creation, the lack of the management sheet management, And costs are lost in terms of efficiency due to consumption. The purpose of this study is to improve the working environment in the existing accuracy management process by using the augmented reality technology to visualize the measurement information on the actual block and to obtain the measurement information And a smart management system based on augmented reality that can effectively manage the accuracy management data through interworking with measurement equipment. We confirmed the applicability of the proposed system to the accuracy control through the prototype implementation.
1. 서 론
2. 관련 연구
3. 경량화 측정 장비 및 증강현실 기반 스마트 정도관리시스템
3.1 스마트 정도관리 시스템 개요
3.2 경량화 측정 장비 신뢰성 분석
3.3 영상 및 정도관리 데이터 정합
3.4 측정 데이터 계산
3.5 계측 기준점 상세 가시화
4. 시스템 구성 및 구현
4.1 시스템 구성
4.2 프로토타입 구현 및 테스트 결과
5. 결론 및 향후 연구
References
요 지
