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    Roman Portraiture and Biometric Identification

    Electronic Visualisation and the Arts (EVA 2012)

    London, UK, 10 - 12 July 2012

    AUTHORS

    Damian Schofield, Katharina Lorenz, Stephanie Davy-Jow & Matthew Anderson

    ABSTRACT

    This project utilised three-dimensional scanning technology in the study of ancient Roman art and archaeology: Roman representations of faces executed in marble.

    In the cultural heritage sector, three-dimensional (3D) scanning finds its primary application in documenting and reconstructing objects and structures mostly of simple geometry: bones, pottery, architecture or the imprint of whole archaeological sites (Adolf 2011). In forensic science, the face is interesting from investigative and probative perspectives, including both recognition and identification. Biometric methods of facial recognition have been part of a plethora of computer science-based applications used in the verification of identity (Davy et al. 2005, Goodwin, Evison and Schofield 2010).

    The aim of this initial project is to provide objective relevant measurements of key facial features from the two ancient Roman portrait statue three-dimensional scans, which will allow the delineation of relationships between individual portraits including formal and stylistics aspects. The work described in this paper proposal is truly multidisciplinary, it touches on many fields including : Classical archaeologies (specifically ancient art history in the period of the Roman Empire 31BC - AD400), Forensic Anthropology (specifically physical anthropology and human osteology, Facial Biometrics (specifically uniquely recognising humans based upon their intrinsic physical traits and features) and Computer Science and Statistics (specifically the analysis of large complex multi-dimensional data sets).

    PAPER FORMATS

    PDF file PDF Version of this Paper (478kb)

    EVA 2012: Electronic Visualisation and the Arts cover

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    ISBN 978-1-780171-59-3
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