Theory of Satellite Geodesy and Gravity Field Determination

Inhaltsverzeichnis

• to classical mechanics.
• Lectures in celestial mechanics.
• Four lectures on special and general relativity.
• Reference coordinate systems: An update.
• Gravity field recovery from satellite tracking data.
• Fundamentals of orbit determination.
• Combination of Satellite, Altimetric and Terrestrial Gravity Data.
• Summer school lectures on satellite altimetry.
• Advanced techniques for high-resolution mapping of the gravitational field.
• The integrated approach to satellite geodesy.
• Determination of a local geodetic network by multi-arc processing of satellite laser ranges.
• Boundary value problems and invariants of the gravitational tensor in satellite gradiometry.
• A possible application of the space VLBI observations for establishment of a new connection of reference frames.
• Optimization of the reordering algorithm for least squares problems relevant to space geodesy.