Browsing by Subject "niedrigfliegende Satelliten"

Now showing items 1-4 of 4

From pure kinematical to reduced kinematical LEO orbit determination

Shabanloui, Akbar (2009-09-23)

The geometrical point-wise satellite positions can be derived by GNSS analysis techniques. The different precise point positioning techniques based on GNSS observations will be designated as geometric orbit determination ...
A new approach for an integrated kinematic-dynamic orbit determination of low flying satellites based on GNSS observations

Shabanloui, Akbar (2007-09-26)

Very precise kinematic or dynamic orbits based on measurements of the Global Navigation Satellite Systems (GNSS) are required to study sea level change and ice cover variations based on the observations of altimetry ...
A proposal for an orbit determination procedure for short arcs of LEO with GPS SST observations

Shabanloui, Akbar; Ilk, Karl Heinz (2005-10-05)

Precise orbit determination of LEO (Low Earth Orbiter) satellites plays an important role in satellite geodesy. In this work, a technique for a precise determination of short arcs (ca. 30 minutes) of low flying satellites ...
Pure Geometrical Precise Orbit Determination of a LEO Based on GNSS Carrier Phase Observations

Shabanloui, Akbar; Ilk, Karl Heinz (2009-08-31)

The interest in a precise orbit determination of Low Earth Orbiters (LEOs) especially in pure geometrical mode using GNSS observations has been grown rapidly. Conventional GNSS-based strategies rely on the GNSS observations ...

Now showing items 1-4 of 4

Browse