On recovering missing ground penetrating radar traces by statistical interpolation methods
Missing traces in ground penetrating radar (GPR) B-scans (radargrams) may appear
because of limited scanning resolution, failures during the acquisition process or the lack of
accessibility to some areas under test. Four statistical interpolation methods for recovering
these missing traces are compared in this paper: Kriging, Wiener structures, Splines and the
expectation assuming an independent component analyzers mixture model (E-ICAMM).
Kriging is an adaptation to the spatial context of the linear least mean squared error …
because of limited scanning resolution, failures during the acquisition process or the lack of
accessibility to some areas under test. Four statistical interpolation methods for recovering
these missing traces are compared in this paper: Kriging, Wiener structures, Splines and the
expectation assuming an independent component analyzers mixture model (E-ICAMM).
Kriging is an adaptation to the spatial context of the linear least mean squared error …
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