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Secrets of PANDORA's Box – Creation of Digital Road Networks for Vehicle Navigation in Europe

Published online by Cambridge University Press:  21 October 2009

D. G. McCallum
Affiliation:
(MVA Systematica)

Abstract

The Automobile Association, Ordnance Survey, Philips BV and Robert Bosch GmbH are collaborating in a project to create and test a prototype navigation database. The project, (PANDORA–Prototyping A Navigation Database Of Road-network Attributes) which is being managed by consultants MVA Systematica, is supported by the European Community's DRIVE initiative.

The data requirements of future vehicle navigation systems such as CARIN from Philips, Travelpilot/EVA from Bosch and the Autoguide scheme for London have been examined. Digital street networks have been extracted mainly from Ordnance Survey's large-scale digital mapping, and the necessary road and traffic attributes have been collected by the AA. These data have been integrated into a specially-designed prototype database for parts of London and Birmingham and the major interconnecting roads. Data have been abstracted from the database and supplied to Bosch and Philips using the Geographic Data Files (GDF) standard developed in the DEMETER project. This dataset is being tested in field trials using prototype vehicle navigation systems. The dataset will also be provided to the DRIVE Project ‘Task Forc European Digital Road Map’ as benchmark test task number 12.

This paper describes the project, dealing with its objectives and relationship to other European initiatives, the work undertaken, the standards utilized and developed, its results and conclusions, and the lessons learned with respect to provision of data for larger areas of Europe. A glossary of technical terms and abbreviations is also included.

Type
Research Article
Copyright
Copyright © The Royal Institute of Navigation 1991

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References

REFERENCES

Belcher, P. and Catling, I. (1987) Electronic route guidance by AUTOGUIDE : the London demonstration. Traffic Engineering & Control, 28, 11, November 1987.Google Scholar
Catling, I. (1987). The DRIVE programme in the European Community. Computing and Control Division, IEE Colloquium on Vehicle Driver Information, Digest no. 1988/127, IEE, London.Google Scholar
Claussen, H., Heres, W., Lichtner, W. and Schlogl, D. (1988). Digital electronic mapping of European territory (DEMETER). Proc. ISATA Conference, Florence.Google Scholar
Department of Transport and Bundesministerium Fur Verlcehr (1988). Route Guidance Information Systems: draft standard Jor the road-vehicle communication link. Department of Transport, TCC Division.Google Scholar
Divisional Standardization Department. (1988). Draft GDF Standard Release 10. Nederlandse Philips Bedrijven BV, The Netherlands.Google Scholar
French, R. L. (1988). Road transport informatics: the next 20 years. Proc. SAE Future Transport Technology Conference and exposition, SAE Technical Paper Series 881175. San Francisco, California.Google Scholar
Haywood, P.et al. (1986). ‘The National Transfer Format’ Working party to produce national standards for the transfer of digital map data, final draft report (issue 1-3). OS, Southampton.Google Scholar
Hoffman, G., Sparmann, R., von Tomkewitsch, R. and Zechnall, W. (1988). LISB research project: guidance and information system Berlin. Proc. Street and Traffic 2000 Conference, Berlin.Google Scholar
International Organization for Standardization. (1985). Information processing, specification for a data description file for information interchange. ISO 8211 First Edition, ISO, Switzerland.Google Scholar
Lichtner, W. (1987). The integration of digital maps in vehicle navigation systems. Institute of Cartography, University of Hanover.Google Scholar
Neffendorf, H. and McCallum, D. (1987). The geographic base for transport informatics. Proceedings of Information Technology in Transport and Tourism Seminar, P 302, pp. 6779, PTRC Transport and Planning 15 th Summer Annual Meeting, University of Bath.Google Scholar
Nyerges, T.et al. (1986). An interim proposed standard for digital spatial data exchange. National Committee for digital cartographic data standard working group, Data organization draft report, University of Washington.Google Scholar
OECD Scientific Experts Group. (1988). Report on ‘Route guidance and in-car communications systems‘. Organization for Economic Co-operation and Development, Paris.Google Scholar
Queree, C. (1987). ‘The DRIVE programme‘. Computing and Control Division, 1EE Colloquium on Vehicle Route Guidance, Navigation and Control Systems, Digest no. 1987/21. IEE, London.Google Scholar
Suchowerskyj, W. E., Neukirchner, E. P. and Zechnall, W. (1988). Vehicle navigation systems–status and developments in Europe; an overview. Proc. International Symposium on Automotive Technology and Automation, Florence.Google Scholar
Thoone, M. L. G., Driessen, L. M. H. E., Hermus, C. A. C. M. and van der Valk, K. (1987). The car information and navigation system CARIN and the use of compact disc interactive. Proc. SAE International Congress and Exposition, Technical Paper Series 870139, Detroit, MichiganGoogle Scholar
von Tomkewitsch, R. (1987). LISB : Large-scale test ‘Navigation and Information System Berlin‘. Proceedings of Information Technology in Transport and Tourism Seminar, P302, pp. 145155, PTRC Transport and Planning 15th Summer Annual Meeting, University of Bath.Google Scholar
Wood, T. F. (1990). The design and operation of a navigation database of road network attributes–the PANDORA experience. Proc. PTRC 18th Summer Annual Meeting on European Transport and Planning, University of Sussex.Google Scholar