We present summarised formulas and worked examples for the propagation of geoid and vertical deflection errors through some common geodetic surveying computations, as well as a demonstration of their effects on least squares adjustments of small simulated geodetic networks. We also present location-specific uncertainties for the vertical deflections derived from the horizontal gradients of the AGQG2017 gravimetric-only quasigeoid model, upon which AUSGeoid2020 is based.</p
Recently a number of geoid campaigns were performed to verify different types of geoid and quasigeoi...
AUSGeoid98 is the national standard quasigeoid model of Australia, which is accompanied by a grid of...
We provide a historical review and critique of regional geoid and quasigeoid modelling over the Aust...
We present summarised formulas and worked examples for the propagation of geoid and vertical deflect...
We describe the computation of the first Australian quasigeoid model to include error estimates as a...
Regional gravimetric geoid and quasigeoid models are now commonly fitted to GPS-levelling data, whic...
AUSGeoid2020 is a combined gravimetric–geometric model (sometimes called a “hybrid quasigeoid model”...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
This paper reviews the deflection of the vertical and its use and abuse in geodetic surveying. Impor...
© 2019 American Society of Civil Engineers. Gravimetric geoid or quasigeoid models are often evaluat...
In regions with a rough topography, e.g. the European Alps, the accuracy of geoid or quasigeoid mode...
This research project has investigated the change between AUSGeoid09 & AUSGeoid2020 with respect to ...
Molodensky G terms are used in the computation of the quasigeoid. We derive error propagation formul...
In this study, we quantified systematic errors in surface gravity anomalies, which were caused by sy...
Recently a number of geoid campaigns were performed to verify different types of geoid and quasigeoi...
AUSGeoid98 is the national standard quasigeoid model of Australia, which is accompanied by a grid of...
We provide a historical review and critique of regional geoid and quasigeoid modelling over the Aust...
We present summarised formulas and worked examples for the propagation of geoid and vertical deflect...
We describe the computation of the first Australian quasigeoid model to include error estimates as a...
Regional gravimetric geoid and quasigeoid models are now commonly fitted to GPS-levelling data, whic...
AUSGeoid2020 is a combined gravimetric–geometric model (sometimes called a “hybrid quasigeoid model”...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
This paper reviews the deflection of the vertical and its use and abuse in geodetic surveying. Impor...
© 2019 American Society of Civil Engineers. Gravimetric geoid or quasigeoid models are often evaluat...
In regions with a rough topography, e.g. the European Alps, the accuracy of geoid or quasigeoid mode...
This research project has investigated the change between AUSGeoid09 & AUSGeoid2020 with respect to ...
Molodensky G terms are used in the computation of the quasigeoid. We derive error propagation formul...
In this study, we quantified systematic errors in surface gravity anomalies, which were caused by sy...
Recently a number of geoid campaigns were performed to verify different types of geoid and quasigeoi...
AUSGeoid98 is the national standard quasigeoid model of Australia, which is accompanied by a grid of...
We provide a historical review and critique of regional geoid and quasigeoid modelling over the Aust...