Apr 22, 2020 · We demonstrate the critical impact of correct Galileo receiver antenna phase centers on multi-frequency PPP-AR convergences.

Abstract: Rapid precise point positioning ambiguity resolution (PPP-AR) is of great importance to improving precise positioning efficiency.

... errors (m) at. On the Choice of the Third-Frequency Galileo Signals in Accelerating PPP Ambiguity Resolution in Case of Receiver Antenna Phase Center Errors.

Meng, X. (2020). On the choice of the third-frequency Galileo signals in accelerating PPP ambiguity resolution in case of receiver antenna phase center errors.

... third-frequency Galileo signals in accelerating PPP ambiguity resolution in case of receiver antenna phase center errors Remote Sens 2020 12 8 1315. Crossref.

The increased availability of the Galileo E6 signal from GNSS receivers paves the way for speeding up integer ambiguity resolution, as more frequencies provide ...

17citations. Article. On the Choice of the Third-Frequency Galileo Signals in Accelerating PPP Ambiguity Resolution in Case of Receiver Antenna Phase Center ...

However, the receiver antenna phase centers of Galileo constellations are critical for ambiguity resolution when using a different third frequency combination ...

Aug 15, 2020 · The extra frequencies can improve the PPP performance as it has more observations and combinations and is less affected by multipath and ...

Mar 23, 2022 · This study describes the convergence performance of PPP-RTK using GPS/Galileo observations derived from networks with different scales under medium ionospheric ...