Development of a database for the verification of trans-ionospheric remote sensing systems

Details Development of a database for the verification of trans-ionospheric remote sensing systems Development of a database for the verification of trans-ionospheric remote sensing systems

Aug 2005

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2005jastp..67.1110l&link_type=abstract

Journal of Atmospheric and Terrestrial Physics, v. 67, iss. 12 [SPECIAL ISSUE], p. 1110-1117.

Physics

1

Scientific paper

Remote sensing systems need verification by means of in-situ data or by means of model data. In the case of ionospheric occultation inversion, ionosphere tomography and other imaging methods on the basis of satellite-to-ground or satellite-to-satellite electron content, the availability of in-situ data with adequate spatial and temporal co-location is a very rare case, indeed. Therefore the method of choice for verification is to produce artificial electron content data with realistic properties, subject these data to the inversion/retrieval method, compare the results with model data and apply a suitable type of “goodness of fit” classification. Inter-comparison of inversion/retrieval methods should be done with sets of artificial electron contents in a “blind” (or even “double blind”) way. The set up of a relevant database for the COST 271 Action is described. One part of the database will be made available to everyone interested in testing of inversion/retrieval methods. The artificial electron content data are calculated by means of large-scale models that are “modulated” in a realistic way to include smaller scale and dynamic structures, like troughs and traveling ionospheric disturbances.

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