GNSS precise point positioning with application of the equivalence principle

The Austrian Federal Office of Metrology and Surveying (BEV) with its GNSS Real Time Service APOS (Austrian Positioning Service) have been adressed this issue since 2016

Abbildung 10 zeigt die Entwicklung einer PPP- Positionslösung berechnet mit einem Kalman- Filter-Modell. Das Phasenreststück wird hier noch reell-wertig geschätzt und bewirkt

In comparison with the results obtained by the commercial Way- point solution it can be noticed that Waypoint still shows a little better performance than our new

Compared to the lifetime of Global Navigation Satellite Systems (GNSS), Precise Point Position- ing (PPP) is a relatively new positioning technique aiming at high accuracies

The first objective of this thesis is the development of an innovative approach to obtain the required parameters for the transformation of the local sensor-defined 3D point cloud of

Unser Forschungsansatz basiert auf einem kinematischen Precise Point Positioning (PPP) welches in einem batch Least-Squares Adjustment (LSA) gelöst wird. Mit diesem Ansatz

Quantum Field Theory has been extremely successful in providing an understand- ing of the observed phenomena of atomic, particle, and high energy physics and has allowed a

In section 1 the regularized constraint aggregation method is introduced and it is proved that the trajectory of the method is convergent to the set of optimal solutions of