Multiple-domain marine data utilization structure for e-navigation

Park Daewon; Park Suhyun

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Multiple-domain marine data utilization structure for e-navigation

机译：用于电子导航的多域海洋数据利用结构

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In the maritime field, e-navigation, a new-paradigm information service framework that provides proper, accurate and timely information related to various marine activities at sea, has been widely discussed. For consistent exchange, sharing, and use of data among e-navigation services, the S-100 standard of the International Hydrographic Organization was adopted as the Common Maritime Data Structure. To provide proper information in the form of e-navigation services for various activities at sea, it is necessary to integrated, at the semantic level, S-100-based data that exists in several domains and is distributed both onboard and ashore. Whereas S-100, as the common data model, resolves the issue of syntactic interoperability among domains, it does not provide for semantic interoperability. In this paper, we introduce for the purposes of effective e-navigation, a multi-domain data utilization structure based on a marine knowledge base for support of the semantic representation of S-100-compliant data and their semantic interrelationships. The multiple-domain data utilization structure enables e-navigation services to access multiple-domain data and to find the e-navigation services best supporting their marine activities.

机译：在海洋领域，人们广泛讨论了电子导航这一新范式的信息服务框架，该框架提供了与海上各种海洋活动有关的适当，准确和及时的信息。为了在电子导航服务之间进行一致的交换，共享和使用数据，国际水文组织的S-100标准被用作通用海事数据结构。为了以电子导航服务的形式为海上各种活动提供适当的信息，有必要在语义级别上集成存在于多个域中并在船上和岸上分发的基于S-100的数据。尽管S-100作为通用数据模型解决了域之间的语法互操作性问题，但它没有提供语义互操作性。在本文中，出于有效的电子导航的目的，我们介绍了一种基于海洋知识库的多域数据利用结构，以支持符合S-100的数据的语义表示及其语义相互关系。多域数据利用结构使电子导航服务可以访问多域数据，并找到最能支持其海洋活动的电子导航服务。

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《Cluster computing》 |2016年第1期|共8页
作者
Park Daewon; Park Suhyun;
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正文语种 eng
中图分类分子生物学;
关键词
e-Navigation; Interoperability; Multiple-domain marine data utilization; Distributed data aggregation; Maritime service structure;

机译：电子导航;互操作性;多领域海洋数据利用;分布式数据聚合;海事服务结构;

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1. Multiple-domain marine data utilization structure for e-navigation [J] . Park Daewon, Park Suhyun Cluster computing . 2016,第1期

机译：用于电子导航的多域海洋数据利用结构
2. 3D visualization and quantification of marine benthic biogenic structures and particle transport utilizing computer-aided tomography [J] . Antoine Gr#xe9, mare, Earl Davey, Marine ecology progress series . 2008,第2008期

机译：利用计算机辅助层析成像技术对海洋底栖生物成因结构和颗粒运输进行3D可视化和量化
3. 3D visualization and quantification of marine benthic biogenic structures and particle transport utilizing computer-aided tomography [J] . Antoine Gr#xe9, mare, Earl Davey, Marine ecology progress series . 2008,第2008期

机译：利用计算机辅助层析成像技术对海洋底栖生物成因结构和颗粒运输进行3D可视化和量化
4. Study of Marine Node-Utilize Space Elevator System as a new transportation infrastructure, ideas with aspect of marine transportation and offshore operation- [C] . Takeyuki Fukazawa International Astronautical Congress . 2019

机译：海洋节点利用空间电梯系统作为新的交通基础设施，思想与海洋运输方面的思想 -
5. Challenges in forecasting the cloud-capped marine boundary layer and utilization of satellite data to improve mesoscale modeling. [D] . Vellore, Ramesh. 2006

机译：预测云层覆盖的海洋边界层以及利用卫星数据来改善中尺度建模所面临的挑战。
6. Microbial community structure in a biogas digester utilizing the marine energy crop Saccharina latissima [O] . Phillip B. Pope, Vivekanand Vivekanand, Vincent G. H. Eijsink, 2013

机译：利用海洋能源作物Saccharina latissima的沼气池中微生物群落结构
7. Wave Overtopping of Marine Structures:utilization of wave energy [O] . Kofoed Jens Peter 2002

机译：波浪超越海洋结构：波浪能的利用
8. Task 1: Correlation of satellite and ground data in air pollution studies. Task 2: Investigation to relate the chlorophyll and suspended sediment content in the waters of the lower Chesapeake Bay to ERTS-1 imagery. Task 3: The use of ERTS-1 to more fully utilize and apply marine station data to the study of productivity along the Eastern Shelf expanded waters of the United States [R] . Bandy, A. R., Fleischer, P., Hanna, W. J., 1972

机译：任务1：空气污染研究中卫星和地面数据的相关性。任务2：调查将切萨皮克湾下游水域的叶绿素和悬浮沉积物含量与ERTs-1图像联系起来。任务3：使用ERTs-1更充分地利用和应用海洋台站数据来研究美国东部陆架扩展水域的生产力

Multiple-domain marine data utilization structure for e-navigation

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