The paper gives an overview of recently considered concepts and methods for gravity inversion from the orbit of a Low Earth Orbiter (LEO). In this study only noiseless simulations were performed. The study aims to introduce these methods and to demonstrate their feasibility for High-Low Satellite-to-Satellite Tracking (SST) concerning the forthcoming GOCE satellite. Further conclusion on the efficiency of these methods within the scope of this study will not be provided
In 2009 the European Space Agency satellite mission GOCE (Gravity Field and Steady-State Ocean Circu...
International audienceConsisting of three pairs of accelerometers, the gradiometer is an ideal senso...
The Gravity field and steady-state Ocean Circulation Explorer (GOCE) is now in orbit for more than f...
In the course of the GOCE satellite mission, the high-low Satellite to Satellite Tracking (SST) obse...
With GOCE, for the first time in history, a Gravity Gradiometer has been used in space to recover th...
One of the purposes of the GOCE data analysis is to derive a GOCE-only gravity field model. To this ...
International audienceThe computation of spherical harmonic coefficients of the Earth?s gravity fiel...
This paper deals with 'fine' dynamic modeling of the European Gravity Field and Ocean Circulation Ex...
The geometrical point-wise Low Earth Orbiters (LEO) positions can be derived by Global Navigation Sa...
In the GOCE (Gravity field and steady-state Ocean Cir-culation Explorer) mission two types of techni...
The geometrical point-wise satellite positions can be derived by GNSS (Global Navigation Satellite S...
Numerical simulations of the gravity field parameter recovery using the direct method, with satellit...
Abstract. It is the aim of the GOCE mission to determine a model of the Earth’s gravity field with h...
In the recent years small satellites technology is growing up very fast. The use of a small sized sp...
The first ESA (European Space Agency) Earth explorer core mission GOCE (Gravity field and steady-sta...
In 2009 the European Space Agency satellite mission GOCE (Gravity Field and Steady-State Ocean Circu...
International audienceConsisting of three pairs of accelerometers, the gradiometer is an ideal senso...
The Gravity field and steady-state Ocean Circulation Explorer (GOCE) is now in orbit for more than f...
In the course of the GOCE satellite mission, the high-low Satellite to Satellite Tracking (SST) obse...
With GOCE, for the first time in history, a Gravity Gradiometer has been used in space to recover th...
One of the purposes of the GOCE data analysis is to derive a GOCE-only gravity field model. To this ...
International audienceThe computation of spherical harmonic coefficients of the Earth?s gravity fiel...
This paper deals with 'fine' dynamic modeling of the European Gravity Field and Ocean Circulation Ex...
The geometrical point-wise Low Earth Orbiters (LEO) positions can be derived by Global Navigation Sa...
In the GOCE (Gravity field and steady-state Ocean Cir-culation Explorer) mission two types of techni...
The geometrical point-wise satellite positions can be derived by GNSS (Global Navigation Satellite S...
Numerical simulations of the gravity field parameter recovery using the direct method, with satellit...
Abstract. It is the aim of the GOCE mission to determine a model of the Earth’s gravity field with h...
In the recent years small satellites technology is growing up very fast. The use of a small sized sp...
The first ESA (European Space Agency) Earth explorer core mission GOCE (Gravity field and steady-sta...
In 2009 the European Space Agency satellite mission GOCE (Gravity Field and Steady-State Ocean Circu...
International audienceConsisting of three pairs of accelerometers, the gradiometer is an ideal senso...
The Gravity field and steady-state Ocean Circulation Explorer (GOCE) is now in orbit for more than f...