2007 4th International Workshop On, Advanced Ground Penetrating Radar 2007
DOI: 10.1109/agpr.2007.386568
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An innovative on-board processor for the real-time GPR monitoring of railway substructure conditions

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“…According to the results achieved, the same company developed an array of multi-frequency antennas wherewith it was possible to single out several damaging occurrences. With similar purposes, Caorsi et al [89] developed a railway ballast inspection system capable to extract relevant geophysical parameters in real-time. A neural network-based method was exploited herein for solving the EM inverse problem through a "learning-by-examples" approach.…”
Section: ) Railwaysmentioning
confidence: 99%
“…According to the results achieved, the same company developed an array of multi-frequency antennas wherewith it was possible to single out several damaging occurrences. With similar purposes, Caorsi et al [89] developed a railway ballast inspection system capable to extract relevant geophysical parameters in real-time. A neural network-based method was exploited herein for solving the EM inverse problem through a "learning-by-examples" approach.…”
Section: ) Railwaysmentioning
confidence: 99%