The Recommendation Augmented Reality: For Maritime Navigation Applications in Indonesia

M. Rezaldi, Hendrik Napitupulu, E. Husni, E. Prakasa
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Abstract

This paper discusses the understanding of augmented reality (AR), types of AR, its current AR use, and reviews the used AR specifically for ship safety navigation. The paper will make recommendations on what type of AR products are possible to develop. The AR can be used to support maritime navigation applications in Indonesia. The method used is primary literature review analysis through Systematic Literature Review (SLR) from thirty articles. Results of the literature review show that four types of AR based on the projection techniques. The types are a marker-based AR (image recognition), markerless AR, projection-based AR (hologram), and super impositing-based AR (object recognition). Currently, in various countries, AR products have begun to be developed for maritime navigation applications such as AR social to determine point of interest (POI), AR navigation, AR safety, and an immersive underwater world. From the literature review analysis results, this paper recommends that the right AR products based on the projection technique are markerless AR and projection-based AR types. However, in the future, it is necessary to make an in-depth study of the need for AR products for maritime navigation in Indonesia. The products include traditional navigation tools, navigational aid, and simulations for marine navigation training and then be implemented so that the AR products for maritime navigation that are produced are truly in accordance with the needs of ship crew and policymakers in Indonesia.
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建议增强现实:用于印度尼西亚的海上导航应用
本文讨论了增强现实(AR)的理解,AR的类型,其当前的AR使用,并回顾了专门用于船舶安全导航的AR。该文件将对可能开发的AR产品类型提出建议。AR可用于支持印度尼西亚的海上导航应用。采用系统文献回顾法(SLR)对30篇文献进行初步文献回顾分析。文献综述结果显示,基于投影技术的AR有四种类型。这些类型是基于标记的AR(图像识别)、无标记的AR、基于投影的AR(全息图)和基于超强化的AR(对象识别)。目前,在各个国家,已经开始开发用于海上导航应用的AR产品,如AR社交,以确定兴趣点(POI), AR导航,AR安全以及沉浸式水下世界。从文献综述分析结果来看,本文建议基于投影技术的AR产品为无标记AR和基于投影的AR类型。但在未来,有必要深入研究印尼海上航行对AR产品的需求。这些产品包括传统的导航工具、导航辅助设备和海上导航训练模拟,然后进行实施,以便生产的海上导航增强现实产品真正符合印度尼西亚船员和政策制定者的需求。
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