海空两用垂直起降的海上运输与安全发展策略研究

Junghwan Moon
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摘要

本文为了提高无人机系统在海上交通和安全方面的利用率和有效性,针对能够解决空海两用空间范围和垂直起降作战约束的无人机系统,通过链接PEST-7S-SWOT分析进行了内外环境分析,确立了发展方向并设计了策略。首先,必须考虑海洋环境的特殊性。为了使无人机按照海上交通和安全的目的进行操作,必须能够克服空间限制,实现海空两用。有必要开发能够克服恶劣天气等环境限制和近海、远距离等地理限制的技术。其次,为了创造技术发展和产业增长的生态系统,应制定空海两用垂直起降的法律和制度支持以及刑事滥用预防和处罚标准。第三,利用融合技术提供海上交通和安全服务,安装人工智能和自主导航,提供增强现实(AR)、虚拟现实(VR)等虚拟世界服务空间。
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A Study on Maritime Transportation and Safety Development Strategies using Air-Sea Double Use VTOL
In this paper, in order to increase the utilization and effectiveness of unmanned aircraft system in maritime traffic and safety, for unmanned aircraft system that can solve the spatial scope of air-sea double use and operational constraints of VTOL, external and internal environment analysis is performed by linking PEST-7S-SWOT analysis, and the development direction is established and devised a strategy. First of all, the special characteristics of the marine environment must be considered. In order for the unmanned aerial vehicle to be operated according to the purpose of maritime traffic and safety, it must be capable of being able to air-sea double use it, which overcomes spatial limitations. It is necessary to develop technology that can overcome environmental constraints such as bad weather and geographical constraints such as near sea and long distances. Second, in order to create an ecosystem for technological development as well as industrial growth, legal and institutional support and criminal abuse prevention and punishment standards should be prepared for air-sea double use VTOL. Third, in order to provide marine traffic and safety services using convergence technology, AI and autonomous navigation should be installed, and service spaces of metaverse such as augmented augmented reality(AR) and virtual reality(VR) should be provided.
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