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Using line averages in least-squares collocation
Abstract With the acquisition of gravimetric measurements by automated, moving-base systems, the data are in the form of averages over a line on or parallel to the earth's surface. In order to apply least-squares collocation to these data, a one-dimensional smoothing of the (two-dimensional) covariance function is required. This paper investigates the possibilities for doing this.
Using line averages in least-squares collocation
Abstract With the acquisition of gravimetric measurements by automated, moving-base systems, the data are in the form of averages over a line on or parallel to the earth's surface. In order to apply least-squares collocation to these data, a one-dimensional smoothing of the (two-dimensional) covariance function is required. This paper investigates the possibilities for doing this.
Using line averages in least-squares collocation
Jekeli, Christopher (author)
Bulletin géodésique ; 63
1989
Article (Journal)
English
Geodäsie , Geometrie , Geodynamik , Zeitschrift , Mathematik , Mineralogie
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