■ ASTERIX shows improvements on RTQC registration corrections with 2 radar configurations and multiple (n>2) radar configurations. ■ The average amounts of range and azimuth corrections are close regardless of the format, yet the amount of variation for both is much lower for the ASTERIX data. ■ The decrease in the variability of the corrections would lead to more stability in the applied registration corrections, and might help decrease target/track miscorrelations and track vector wobble. Additional analysis is needed to determine the frequency of occurrence of these events in the operational system and the extent of any potential improvements.
Registration correction accuracy improvement through finer quantization and timestamp
01.04.2014
1592799 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Emerald Group Publishing | 1955
Finer grades make buyers beware
Kraftfahrwesen | 1998
|GapGun3 heads for finer things
Emerald Group Publishing | 2006