The method of implementing relative geodetic positioning by GPS/GLONASS signals using the float processing of phase observations

Abstract

The article proposed a method of implementing relative geodetic definitions by GPS and/or GLONASS signals using the current processing of the first differences of phase observations. The algorithm of processing observations is universal for single-frequency and double-frequency observations, and makes it possible sufficiently simply to form weight matrices of observations, to rule out the problem of choosing a reference satellite and organize the recovery of the losses of the phase cycles. The proposed method of processing makes it possible to simplify program implementation of relative geodetic definitions in static and kinematic operational modes and raise the reliability of resolving phase ambiguity.