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Raster Digitized Mapping For The Royal Air Force

Published online by Cambridge University Press:  21 October 2009

A. C. Ayliffe
Affiliation:
(Military Survey Defence Agency)

Extract

In a paper delivered to Geo '89, a NATO symposium, Wing Commander G. T. Scard was tempted to summarize RAF requirements for digital geographic information as ‘raster now, vector later’.1 He avoided that temptation. However, it is still easy to assume that supplying raster data is today's quick solution to the problem of providing geographic information, and that soon raster products will be replaced by a new generation of vector products. Six years on, raster digitized mapping is becoming firmly established as a major geographic information product supplied by the Military Survey Defence Agency. Although vector data is becoming widely available, there are no defined RAF requirements to procure map displays based on vector products. It is apparent that raster data will remain an important source of displayed geographic information on which the RAF will rely for a long time. However, supplying raster mapping is not easy. There are technical problems which need further work to find solutions. This work is urgent. Systems using raster data are already in service and we cannot wait for vector data to replace raster data at some unspecified future date.

Type
Research Article
Copyright
Copyright © The Royal Institute of Navigation 1996

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References

REFERENCES

1Scard, Wing Commander G. T. (1989). Royal Air Force requirements for military Geographic Information Systems. SHAPE Technical Centre Symposium Proceedings 6, Volume 1, Geo '89 Symposium on Geographical Information Systems for Command and Control, 2–6 October 1989.Google Scholar
2Killick, J. H. (1993). Data representation using a standard data transfer specification. This Journal, 46, 223.Google Scholar
3Gennery, D. (1992). A working raster standard — ASRP (ARC Standard Raster Product). Geographic Information 1992/3, The Yearbook for the Association for Geographic Information, Taylor and Francis.Google Scholar
4Markuson, N. J. (1994). Analysis of Compression Techniques for Common Mapping Standard (CMS) Raster Data. Prepared for Director for Mission Planning Systems, Electronic Systems Center, Air Force Materiel Command, by the MITRE Corporation, July 1994.Google Scholar
5Langran, G. (1984). Map Design for Computer Processing: Literature Review and DMA Product Critique, Naval Ocean Research and Development Activity, NSTL Mississippi, 39529, NORDA Report 72, December 1984.Google Scholar