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Integrated Navigation, Communication and Surveillance Systems Based on Standard Distance Measuring Equipment

Published online by Cambridge University Press:  21 October 2009

A. Becker
Affiliation:
(DFVLR, Institute for Flight Guidance)

Extract

In the past, various authors have published ideas aiming at the functional integration of communication, navigation and surveillance (COM/NAV/SURV) subsystems with the advantage that the same subsystems and components like transmitters, receivers and antennas can be used more efficiently.

Type
Research Article
Copyright
Copyright © The Royal Institute of Navigation 1987

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References

REFERENCES

1Böhm, M. and Peuker, G. (1975). DLS – ein neues Anflug- und Lande-System. Elektrisches Nachrichtenwesen, 50, 37.Google Scholar
2Ullrich, R. (1979). Vorschlagfur ein Dreiweg-DME-Verfahren in Verbindung mit dem Mikrowellen Landesystem DLS. DFVLR Institut fur Flugfiihrung, Institutsbericht IB 153–79/05.Google Scholar
3DAS, A.Future Navigation System (1980). Standard Elektrik Lorenz AG, Stuttgart, FRG, on behalf of the BMFT.Google Scholar
4Becker, A. (1980). Conceptual Considerations on DME Growth Potential. DFVLR Institut fur Flugfiihrung, Institutsbericht IB 153–80/22.Google Scholar
5Ullrich, R. (1984) Theoretische Ermitdung der mittleren Messwenraten eines Dreiweg–DME mit Bord-Boden-Dateniibenragung in Abhängigkeit von der Verkehrsbelastung. DFVLR Institut für Flug–führung, Institutsbericht IB 112–84/12.Google Scholar
6ICAO (1985). Annex 10 to the Convention on International Civil Aviation, vol. 1.Google Scholar
7Hard, Ph. (1961). Zur Bestimmung der Genauigkeit von bezugspunktabhängigen Funkort - ungssystemen. Deutsche Versuchsanstaltjür Luftfahrt e. V., Bericht 1 59.Google Scholar
8Forssell, B. (1982). Position and Position Error Ellipses for DME p-p-Navigation, Aspects on North Sea Helicopter Routes. University of Trondheim, Norway, SINTEF Report STF 44A821 12 ELAB.Google Scholar
9Hagenberg, T. (1982). Report of A WOP Working Group M on DME/P System Concept Selection. National Space Laboratory, Amsterdam, the Netherlands, NLR memo. VV-82–001 L.Google Scholar
10Schnittger, H. J. (1984). Genauigkeitsuntersuchungen zu einem aufdem Dreiweg-DME basierenden Trilaterationsverfahren. DFVLR, Institut fur Flugführung, Institutsbericht IB 1 12–84/29.Google Scholar
11Becker, A. (1986). Integrated navigation, communication, and surveillance systems based on standard distance measuring equipment. Journal of Aircraft, 23, no. 5.CrossRefGoogle Scholar