It supports some standard input data formats (as Medusa, Cytoscape, BioLayout Express3 D, ProViz and BiologicalNetworks) to be fully compatible with all the orbiting software packages.
Two types of orbit determination software such as operational orbit determination and precise orbit determination are designed and implemented.
The NASA GSFC GEODYN orbit determination software was used to process the orbits and produce the normal equations.
DIODE (DORIS Immediate Orbit on-board Determination) is a real-time on-board orbit determination software, embedded in the DORIS receiver.
Jason-1, ENVISAT and SPOT-5 acquired a real autonomy thanks to DIODE real time on-board orbit determination software.
Orbit propagator software generated 20,524 coincidence time intervals for which manually validated EDPs were requested from the DIDBase.
The purpose of this paper is to describe the method implemented in the CNES/CLS Analysis Center orbit computation software GINS to process RINEX/DORIS data files.
Then, the data set, combined with the actual SLR data, is processed by our orbit determination software so that we can compare the estimated formal errors.
To improve the data, we use an iterative approach consisting of two main parts: one is a main field modelling process to obtain the radial field gradient to perturb the orbits and the other is the state-of-the-art GPS orbit modelling software BERNESE to calculate new physical orbits.
We show that computing the antenna offset corrections in the orbit determination software is superior to using the offset corrections that are supplied with the DORIS data, and that this improves the RMS of fit for SPOT-2, Envisat, SPOT-4, and SPOT-5.
