This paper investigates the feasibility of the distance measuring equipment (DME)-based alternative position, navigation, and timing architecture using the recent advances on DME/N (normal) signal processing techniques; an improved DME/N pulse waveform and learning-based multipath mitigation algorithm. This paper evaluates the achievable DME range accuracy by using the advanced signal processing techniques, and provides the analysis on the required augmentation of ground DME stations in a selected test region in contiguous United States.
Improving DME Performance for APNT Using Alternative Pulse and Multipath Mitigation
IEEE Transactions on Aerospace and Electronic Systems ; 53 , 2 ; 877-887
2017-04-01
1065847 byte
Article (Journal)
Electronic Resource
English
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