PHOTOGRAMMETRY IN ARCHAEOLOGY – POSSIBILITIES AND METHODS

Article Russian OPEN
Грушин, С.П.; Сосновский, И.А.;
(2018)
  • Publisher: Altai State University
  • Journal: Теория и практика археологических исследований (issn: 2307-2539, eissn: 2307-2539)
  • Publisher copyright policies & self-archiving
  • Related identifiers: doi: 10.14258/tpai(2018)1(21).-08
  • Subject: ceramic vessels | наземная фотограмметрия | ранняя бронза | photogrammetry | 3D ficsation | керамические сосуды | early bronze age | Трёхмерная фиксация

The article devotes to methods of an application of photogrammetry for making three-dimensional models of archeological research objects. Three – dimensional fixation has a number of benefits because allows to save a lot more information than traditional methods. Photog... View more
  • References (9)

    Baranov Ju.B., Berljant A.M., Kapralov E.G., Koshkarev A.V., Serapinas B.B., Filippov Ju.A. Geoinformatika: tolkovyj slovar' osnovnyh terminov [Geoinformatics: an Explanatory Dictionary of Basic Terms]. M. : GIS-Associacija, 1999. 204 p.

    Grushin S.P., Leont'eva D.S. Gruntovyj mogil'nik Teleutskij Vzvoz-I (rezul'taty issledovanija 2002 g.) [The Teleutsky Vvoz-I Burial Ground (results of the 2002 survey)]. Izvestija Altajskogo gosudarstvennogo universiteta. 2015. Vyp. 4/2 (88) [Izvestia of Altai State University. 2015. Vol. 4/2 (88)]. Pp. 50-56.

    Grjendorzh F., Keriven R., Novel S., Pu F. Sravnenie metodov ajerofotogrammetrii i trehmernogo lazernogo skanirovanija dlja sozdanija trehmernyh modelej slozhnyh ob”ektov [3D Laser Scanning for Creating Three-Dimensional Models of Complex Objects]. CADmaster. 2016. №2 (84). Pp. 102-106.

    Zajceva O.V. “3D revoljucija” v arheologicheskoj fiksacii v rossijskoj perspektive [“3D-Revolution” in Archaeological Fixation in the Russian Perspective]. Sibirskie istoricheskie issledovanija [Siberian Historical Research]. 2014. №14. S. 11-19.

    Zajceva O.V. 3D-fiksacija i vizualizacija rezul'tatov arheologicheskih raskopok: sravnenie metodik trehmernogo skanirovanija i nezemnoj fotogrammetrii [3D-Fixation and Visualization of the Results of Archaeological Excavations: a Comparison of 3D Scanning Techniques and Unearthly Photogrammetry]. Trudy IV (XX) Vserossijskogo arheologicheskogo s”ezda v Kazani [Proceedings of the IV (XX) All-Russian Archaeological Congress in Kazan]. Vol. IV. Kazan' : Otechestvo, 2014. Pp. 300-302.

    Rukovodstvo pol'zovatelja Agisoft PhotoScan: Professional Edition, versija 1.2 [Manual for Agisoft PhotoScan: Professional Edition, Version 1.2]. [Jelektronnyj resurs]. [Electronic Resource]. URL: http:// www.agisoft.com/pdf/photoscan-pro_1_2_ru.pdf

    Singatulin R.A. Fotogrammetricheskie tehnologii v arheologii (kratkij istoricheskij ocherk) [Photogrammetric Technologies in Archаeology (a short historical essay)]. Istoricheskie, filosofskie, politicheskie i juridicheskie nauki, kul'turologija i iskusstvovedenie. Voprosy teorii i praktiki [Historical, Philosophical, Political and Legal Sciences, Culturology and Art History. Questions of Theory and Practice]. Tambov : Gramota. 2013. №3. Pp. 148-152.

    Philip Sapirstein, Sarah Murray. Establishing Best Practices for Photogrammetric Recording During Archaeological Fieldwork // Journal of Field Archaeology. Boston, 2017. Pp. 337-350.

    Barreau J.-B., Nicolas T., Bruniaux G., Petit E., Petit Q., Gaugne R., Gouranton V. Ceramics Fragments Digitization by Photogrammetry, Reconstructions and Applications // International Conference on Culturage Heritage, EuroMed, 2014. Рp. 547-554.

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