• Title/Summary/Keyword: 선저여유수심관리

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Design and Implementation of Portrayal Engine for S-129 Under Keel Clearance Information Display (S-129 선저여유수심 정보 표출을 위한 국제표준기반 표출엔진 설계 및 구현)

  • Kim, Hyoseung;Mun, Changho;Lee, Seojeong
    • Journal of Digital Contents Society
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    • v.19 no.8
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    • pp.1593-1601
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    • 2018
  • The International Hydrographic Organization has developed the S-100 standard as a geospatial standard to express various types of hydrographic information. Product specification describes information of data on ENC such as definition, structure, data model, etc. S-129 PS is for under keel clearance management information. In this paper, to help developers to implement S-129 PS using the technology of S-100, we analyze the process to portray the S-100 based data and then implement a case study. This paper introduces the XSLT processing of portrayal engine to reform the generated data set, and the generation of drawing instructions to display the data set on the electronic chart. A case study is experimented to display the portrayal output of under keel clearance management on an electronic chart.

Analysis and Experiment of Portrayal Process based on S-100 Standard of Marine Safety Information (해양안전정보의 S-100 표준 기반 표출 프로세스 분석 및 실험)

  • Kim, Hyoseung;Mun, Changho;Lee, Seojeong
    • Journal of Digital Contents Society
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    • v.19 no.7
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    • pp.1289-1296
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    • 2018
  • The e-Navigation promoted by the International Maritime Organization is a technology that provides marine-related information necessary for ship and shore side by electronic means for marine safety, security and protecting marine environment. The IHO S-100 standard is a geospatial standard that can express various hydrographic information. Various specifications including S-101 for electronic charts are being developed. In this paper, to help developers who are interested in implementing the technology of S-100, we not only analyze the process to portray the S-100 based data but also implement a case study on S-129 under keel clearance management. The portrayal process consists of data encoding and portrayal engine. Data encoding includes generation of application schema and data set. Portrayal engine is performed by the reform of the generated data set, the XSLT processing, and then the generation of drawing instructions.