The characteristics of a master time and master-time dissemination subsystem for a collision avoidance system acceptable to the Air Transport Association of America are investigated. Selection of a time scale, a ground-station timing standard, and a synchronization technique are discussed. The conclusions are that a uniform time scale is ideal for the application, that a minimum of four cesium-beam standards are needed at each ground station, and that portable-clock synchronization is the only synchronization technique feasible at the present time. Considerations that suggest use of a nonuniform time scale are noted, and means of minimizing the adverse effects of the offsets necessitated by such an approach are described. Both single-master and weighted-average implementations of the time scale are discussed.
Master Timing of CAS Ground Stations
IEEE Transactions on Aerospace and Electronic Systems ; AES-4 , 2 ; 265-272
1968-03-01
2087360 byte
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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