Code pseudorange measurements of the Chinese GNSS BeiDou reveal variations which
result in code–phase divergences of more than 1 m. We have analyzed these delay …

Carrier phase cycle slips can be an important source of error in precise Global Navigation
Satellite System (GNSS) positioning. In such cases, cycle slips can seriously compromise …

The use of geodetic-grade GNSS (Global Navigation Satellite System) receivers is
increasingly evolving in the Structural Health Monitoring (SHM) of infrastructure. In this …

GPS code pseudorange measurements exhibit group delay variations at the transmitting
and the receiving antenna. We calibrated C1 and P2 delay variations with respect to dual …

Centimetre-level accurate ionospheric corrections are required for a high accuracy and
rapid convergence of Precise Point Positioning (PPP) GNSS positioning solutions. This …

A positional accuracy obtained by the Precise Point Positioning and static relative methods
was compared and analyzed. Test data was collected using low-cost GNSS receivers of …

Abstract Precise Point Positioning (PPP) is a combination of the original absolute positioning
concept and differential positioning techniques. In PPP we use observation data from a …

Precise P position o station. It where ma network o common i lot of rese concerned However,
accuracy between execute c Positionin Point Pos (GAPS) a On the ba at least tw with an ac …

This article is dedicated to the developments of the new-generation of BDS satellites and the
mitigation of the satellite-induced code multipath error. Basic signal parameters of three new …

Abstract Precise Point Positioning (PPP) of a Global Navigation Satellite System (GNSS) can
be considered as an alternative solution from the differential GNSS positioning technique …