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Marine GIS: Progress in 3D Visualization for Dynamic GIS

  • Rafal Goralski
  • Christopher Gold
Part of the Lecture Notes in Geoinformation and Cartography book series (LNGC)

Abstract

The paper presents the advancements in our work on 3D visualization for GIS. In (Gold et al 2004) we presented the idea of a dynamic GIS system that uses 3D graphics for data visualization. The system presented there – the Marine GIS – was at a preliminary stage, and was built mainly to show the potential of 3D gaming approach for GIS. Our work since then allowed us for much clearer, better and more comprehensive understanding of the needs and requirements for such a system, and consequently of the appropriate system design, together with additional real-life experience. During the implementation work we encountered many problems that we would not have expected before. This paper is a report of the process of the implementation of a real-time, dynamic 3D GIS for maritime purposes, and includes the final requirements, system design, description of some of the problems and the ways used to solve them. We believe that by sharing our experience we can help other researchers working towards building 3D GIS systems and tools, and that it is a contribution towards the future development of GIS.

Keywords

GIS Dynamic 3D Visualization Marine 

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References

  1. Busset J, Fournier P (2008) Design of 3D models for the ‘Marine GIS’ 3D navigational aid. (Final project report, Ecole navale, Brest)Google Scholar
  2. Dakowicz M, Gold CM (2003) Extracting Meaningful Slopes from Terrain Contours. International Journal of Computational Geometry and Applications 13:339-357CrossRefGoogle Scholar
  3. Fournier S, Brocarel D, Devogele T, Claramunt C (2003) TRANS: A Tractable Role-based Agent Prototype for Concurrent Navigation Systems. European Workshop on Multi-Agent System (EUMAS), OxfordGoogle Scholar
  4. Gold CM (1999) An Algorithmic Approach to Marine GIS. In: Wright DJ, Bartlett D (eds) Marine and Coastal Geographic Information Systems. Taylor & Francis, London, pp 37-52Google Scholar
  5. Gold CM, Chau M, Dzieszko M, Goralski R (2004) 3D geographic visualization: the Marine GIS. In: Fisher P (ed) Developments in Spatial Data Handling. Springer, Berlin, pp 17-28Google Scholar
  6. Goulielmos A, Tzannatos E (1997) Management information system for the promotion of safety in shipping. Journal of Disaster Prevention and Management 6(4):252-262CrossRefGoogle Scholar
  7. International Hydrographic Bureau (2000) IHO transfer standard for digital hydrographic data edition 3.0. Special publication No. 57Google Scholar
  8. International Maritime Organization (2004) SOLAS: International Convention of the Safety of Life at Sea, 1974 - Consolidated Edition. International Maritime Organization PublishingGoogle Scholar
  9. Talley WK (2006) Determinants of the Severity of Passenger Vessel Accidents, Journal of Maritime Policy & Management 33:173-186CrossRefGoogle Scholar
  10. Ward R, Roberts C, Furness R (1999) Electronic Chart Display and Information Systems (ECDIS): State-of-the-Art in Nautical Charting. In: Wright DJ, Bartlett D (eds) Marine and Coastal Geographical Information Systems. Taylor & Francis, London, pp 149-161Google Scholar

Copyright information

© Springer-Verlag Berlin Heidelberg 2008

Authors and Affiliations

  • Rafal Goralski
    • 1
  • Christopher Gold
    • 1
  1. 1.University of Glamorgan, Faculty of Advanced TechnologyWales UK

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