Image-based 3d Modeling of the Erechteion, Acropolis of Athens
نویسندگان
چکیده
In this contribution, we report on the image-based modeling (IBM) results of the Erechtheion monument, located inside the Acropolis of Athens, Greece. The work is part of the project “Development of Geographic Information Systems at the Acropolis of Athens“. An aim of the project is the 3D documentation of the whole Acropolis, one of the major archaeological sites world-wide included in the UNESCO World Heritage list. The largest part of the monument was digitised with laser scanning, while the main objective of IBM was to model difficult-toaccess areas not covered by the scanner but also for comparison with laser scanning for scientific investigations. For the 3D modeling, as the Erechtheion contains some typical architectural elements (like columns, flat walls, etc), some manual measurements were necessary. On the other hand, for some detailed areas automated approaches for dense surface reconstructions are applied. For these parts we compared the image matching results with the surfaces coming from a laser scanner. * Corresponding author.
منابع مشابه
Using Terrestrial Laser Scanning and Digital Images for 3D Modelling of the Erechtheion, Acropolis of Athens
This work is part of the project “Development of Geographic Information Systems at the Acropolis of Athens“. Within this project one of the aims is the generation of a textured, high-resolution, accurate 3D model of the Erechtheion and a realistic computer animation. For most parts, we used a medium-range time-of-flight (TOF) phase-based laser scanner with minimum lateral data spacing of 1 mm a...
متن کاملUsing Terrestrial Laser Scanning and Digital Images for 3D Modelling of the Erechtheion, Acropolis of Athens
This work is part of the project “Development of Geographic Information Systems at the Acropolis of Athens“. Within this project one of the aims was the generation of a textured, high-resolution, accurate 3D model of the Erechtheion and a realistic computer animation. For most parts, we used a medium-range time-of-flight (TOF) phase-based laser scanner with minimum lateral data spacing of 1 mm ...
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