Enhanced surveillance, communications and navigation are the primary functions needed for an advanced air traffic management (ATM). To provide ATM globally, including areas not covered by terrestrial systems, the advantages of satellite technology must be exploited. In a previous work, a novel architecture based on low-elevation orbit satellites was described and evaluated. The satellite constellation is designed to supply the surveillance and data link capabilities equivalent to an advanced secondary surveillance radar mode S, as well as to provide satellite communication and navigation functions. Such a co-operative independent surveillance integrating navigation and communication (CISINC) is fully compliant with the communication, navigation and surveillance/air traffic management concept endorsed by the ICAO in 1991. The space-based implementation of CISINC is called ATM-Star. The paper treats the navigation component of ATM-Star called GNSS-LEO, which is compatible with today's GPS receivers and aims to be a solution for the Global Navigation Satellite System Phase 2.
Global navigation satellite system in an integrated air traffic management constellation
1997-06-01
7 pages
Aufsatz (Zeitschrift)
Englisch
data communication , low elevation elevation orbit satellites , global navigation satellite system , secondary surveillance radar mode S , GNSS-LEO , co-operative independent surveillance , ICAO , satellite constellation , terrestrial systems , satellite navigation , satellite communication , search radar , integrated air traffic management constellation , satellite technology , air traffic control , radar applications , ATM-Star , surveillance/air traffic management , GPS receivers , data link
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