Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching

The integrated calibration of radiocarbon determinations and contextual information based on Bayesian statistical inference is known as 'Bayesian calibration'. Bayesian calibration was developed in the 1990s and there is software available, or under development, to perform various differen...

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Main Author: J. Andrés Christen
Format: Article
Language:English
Published: University of York 2003-01-01
Series:Internet Archaeology
Subjects:
Online Access:http://intarch.ac.uk/journal/issue13/christen_index.html
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author J. Andrés Christen
author_facet J. Andrés Christen
author_sort J. Andrés Christen
collection DOAJ
description The integrated calibration of radiocarbon determinations and contextual information based on Bayesian statistical inference is known as 'Bayesian calibration'. Bayesian calibration was developed in the 1990s and there is software available, or under development, to perform various different types of applications: BCal, OxCal, Cal25 or CalPal; see also BCal, in Internet Archaeology. However, no software is available for performing fully Bayesian wiggle-matching including an outlier analysis. Wiggle-matching is used when a floating chronology of radiocarbon dates needs to be fixed in the calendar scale. In this article the technique of Bayesian wiggle-matching is outlined, including outlier considerations, and an explanation given of the type of results obtained. In particular the usage of the software Bwigg is described, an Internet-based software for Bayesian wiggle-matching.
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spelling doaj.art-f631113e1b8d488ebc2b00e101f7ca2e2024-01-02T10:11:15ZengUniversity of YorkInternet Archaeology1363-53872003-01-011310.11141/ia.13.2 Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matchingJ. Andrés Christen0Centro de Investigación en MatemáticasThe integrated calibration of radiocarbon determinations and contextual information based on Bayesian statistical inference is known as 'Bayesian calibration'. Bayesian calibration was developed in the 1990s and there is software available, or under development, to perform various different types of applications: BCal, OxCal, Cal25 or CalPal; see also BCal, in Internet Archaeology. However, no software is available for performing fully Bayesian wiggle-matching including an outlier analysis. Wiggle-matching is used when a floating chronology of radiocarbon dates needs to be fixed in the calendar scale. In this article the technique of Bayesian wiggle-matching is outlined, including outlier considerations, and an explanation given of the type of results obtained. In particular the usage of the software Bwigg is described, an Internet-based software for Bayesian wiggle-matching.http://intarch.ac.uk/journal/issue13/christen_index.htmlarchaeologybayesian inferenceradiocarbonwiggle matchingoutliers
spellingShingle J. Andrés Christen
Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
Internet Archaeology
archaeology
bayesian inference
radiocarbon
wiggle matching
outliers
title Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
title_full Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
title_fullStr Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
title_full_unstemmed Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
title_short Bwigg: An Internet facility for Bayesian radiocarbon wiggle-matching
title_sort bwigg an internet facility for bayesian radiocarbon wiggle matching
topic archaeology
bayesian inference
radiocarbon
wiggle matching
outliers
url http://intarch.ac.uk/journal/issue13/christen_index.html
work_keys_str_mv AT jandreschristen bwigganinternetfacilityforbayesianradiocarbonwigglematching