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A Study on the Seaborne Collision Avoidance System Using the Airborne CAS KCI 등재
- 언어ENG
- URLhttps://db.koreascholar.com/Article/Detail/389817
pp.65-72
Mankind has been using ships for more than 5,000 years and has developed a range of related technologies. However, despite such a long history, compared to aircraft with a history of approximately one century, the pace of progress has been markedly slow. Even though technological progress of ships or the installation of various navigation equipment have been achieved, seaborne collisions have occurred quite frequently. This study analyzed the TCAS( Traffic Collision Avoidance System) that has contributed to the prevention of collisions with other transport methods including aircraft to suggest a collision avoidance system that can be deployed for ships. To apply the technologies applied to aircraft that move in 3D to ships that move in 2D, the difference in the operational environment between the two modes was analyzed to identify elements that need to be applied to ships. The suggested display of data on the collision prevention system is one that manipulates the augmented reality display device used in automobiles that over the past few years has undergone rapid development. Based on the presentation of technological elements that need to be considered when adopting the SCAS or the Seaborne Collision Avoidance System as suggested in this study, the authors hope to contribute to the prevention of collisions.
1. Introduction
2. Accident Prevention Measures by theMode of Transport
3. Traffic Collision Avoidance System
3.1 Components of TCAS
3.2 Functions of TCAS
3.3 Operation Algorithm of TCAS
3.4 Use of TCAS
4. Considerations for the SeaborneCollision Avoidance System
4.1 Component of SCAS
4.2 Performance Technology of SCAS
4.3 Implementation Plan of the SCAS
5. Conclusion
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