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Testing the Use of Geostatistics to Improve Data Visualization: Case Study on GPR Survey of Tarragona’s Cathedral

July 31, 2012

Archaeological ProspectionArchaeological Prospection, published online 21 June 2012

Robert Tamba

“A ground-penetrating radar survey was conducted inside the Cathedral of Tarragona in order to explore the first 2 m beneath the ground surface. Initial processing and interpretation revealed a square perimeter related to a massive structure between 1 and 1.4 m below the ground surface. The results of the survey were used to test geostatistical tools by achieving a quantified data analysis and by filtering the data. The data analysis provided a description of the resolution and of the spatial distribution of the data. It included the characterization of the acquisition noise that was then filtered out by factorial kriging. This filtering technique allowed removing the acquisition noise, before the time-slice computation or any interpolation of the data, using weights of interpolation that are based on the spatial variations of the data. Having performed the filtering on the data at acquisition sampling allowed the use of optimized parameters for the visualization of the results, without having to remove remaining acquisition noise with the visualization operators. “

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