Improving ambiguity resolution by applying ionosphere corrections from a permanent GPS array

Details Improving ambiguity resolution by applying ionosphere corrections from a permanent GPS array Improving ambiguity resolution by applying ionosphere corrections from a permanent GPS array

Oct 2000

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2000ep%26s...52..675o&link_type=abstract

Earth, Planets and Space, Volume 52, p. 675-680.

Physics

Scientific paper

Fast and high precision relative GPS positioning over distances up to 100 km is mainly limited by errors in the GPS signals due to propagation through the Earth's ionosphere. With permanent GPS arrays, which are present in many countries nowadays, it becomes possible to correct a user's GPS measurements to a certain extent for these ionospheric delays. A way to do so is to interpolate the ionospheric delays which have been estimated from the network of permanent stations. When these `interpolated corrections' are applied to the user's data, the ionospheric delays may be reduced, which may lead to an improved ambiguity resolution for his (long) baseline.

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