Data di Pubblicazione:
2020
Abstract:
This paper deals with the practical application of photogrammetry in the study of the
Roman city of Doclea in Montenegro, with particular reference to the use of Structure from
Motion (SfM) techniques. Among the various research areas, archaeology of architecture
and settlement archaeology make today an increasing use of photogrammetry for the in-field documentation of archaeological features. This method has an essential role in obtaining a reliable geometric survey that in turn forms the basis for the structural assessment of thearchitectural heritage thanks to consolidated methods such as archaeological stratigraphy and direct examination. In recent years, digital photogrammetry and the implementation of data processing technologies have made it possible to create three-dimensional models using images acquired through high-definition cameras. In addition to an accurate topographical survey, the aforementioned methods offer the opportunity to obtain a faithful representation of the real world, providing a basis for subsequent architectural and territorial studies. The use of drones equipped with cameras has proved to be particularly effective and capable of detecting large areas quickly and with good results. Due to its versatility and relative ease of
use, photogrammetry could actually be deemed as an essential tool for the study and conservation of cultural heritage
Roman city of Doclea in Montenegro, with particular reference to the use of Structure from
Motion (SfM) techniques. Among the various research areas, archaeology of architecture
and settlement archaeology make today an increasing use of photogrammetry for the in-field documentation of archaeological features. This method has an essential role in obtaining a reliable geometric survey that in turn forms the basis for the structural assessment of thearchitectural heritage thanks to consolidated methods such as archaeological stratigraphy and direct examination. In recent years, digital photogrammetry and the implementation of data processing technologies have made it possible to create three-dimensional models using images acquired through high-definition cameras. In addition to an accurate topographical survey, the aforementioned methods offer the opportunity to obtain a faithful representation of the real world, providing a basis for subsequent architectural and territorial studies. The use of drones equipped with cameras has proved to be particularly effective and capable of detecting large areas quickly and with good results. Due to its versatility and relative ease of
use, photogrammetry could actually be deemed as an essential tool for the study and conservation of cultural heritage
Tipologia CRIS:
01.01 Articolo in rivista
Keywords:
Virtual Reality 3D Modelling; Survey and excavations
Elenco autori:
D'Eredita', Antonio
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