A long-term broadcast ephemeris model for extended operation of GNSS satellites

Oliver Montenbruck
Oliver Montenbruck
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- For correspondence: [email protected]
Peter Steigenberger
Peter Steigenberger
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- For correspondence: [email protected]
and Moritz Aicher
Moritz Aicher
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- For correspondence: [email protected]

NAVIGATION: Journal of the Institute of Navigation
March 2021,
68
(1)
199-215;
DOI: https://doi.org/10.1002/navi.404

FIGURE 5

Variation of Galileo clock offset prediction errors. The graph shows the distribution (median and 5th/95th percentile) of the constellation-wide RMS error at the 𝑛-th day of prediction over 180 solutions for the six-month test period excluding individual clock offset errors larger than 100 m

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A long-term broadcast ephemeris model for extended operation of GNSS satellites

Oliver Montenbruck

Oliver Montenbruck

Peter Steigenberger

Peter Steigenberger

and Moritz Aicher

Moritz Aicher

Institute of Navigation

Mar 2021,

68

(1)

199-

215;

DOI: 10.1002/navi.404

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A long-term broadcast ephemeris model for extended operation of GNSS satellites

Oliver Montenbruck

Oliver Montenbruck

Peter Steigenberger

Peter Steigenberger

and Moritz Aicher

Moritz Aicher

Institute of Navigation

Mar 2021,

68

(1)

199-

215;

DOI: 10.1002/navi.404

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