In archaeology, we utilize UAV-based 3D mapping and Structure-from-Motion processing to create
georeferenced orthophoto maps for site analysis and artificial structure detection. High-resolution 3D
reconstructions of artifacts and ruins enhance documentation, while automated vectorization and
topographical modeling support detailed site preservation and research.
Project
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Category: ORTHOPHOTO MAPS – TOPOGRAPHICAL DETAILS DESIGN
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Title: Historical Park in North Kohala at the Big Island of Hawaii
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Description:
- UAV 3D mapping of part of a historic park in North Kohala area on Big Island of Hawaii.
- Structure-from-Motion processing for producing georeferenced orthophoto maps as an overview of the wider area of the park for
the detection of artificial structures in the ruins.
- Perform a flight at 50 meters average height above the site to achieve
the desired ground sampling distance of 5 centimeters (GSD = 5cm/pixel).
- Surveying 10 Ground Control Points with RTK GNSS
equipment for georeferencing and calibrating the model.
- Image enhancement to amplify linear components and automatically
detect artificial wall constructions.
- Automated vectorization of boundaries and topographical details.
Project
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Category: 3D POLYFACE MESH
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Title: Imperial Satsuma Vase (height 80cm), 19th Century
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Description: Reconstruction of a photorealistic 3D model of an Imperial Satsuma museum vase (physical dimensions of 0.40m . x 0.80m).
Applying digital photogrammetry methods on multi-shot images for rendering 3D geometry and high resolution object textures.
Project
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Category: UAV 3D mapping and 3D reconstruction of the model
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Title: ANDROS ST.PETERS TOWER, AUGUST 2015
Project
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Category: Produce Orthophoto Maps and 3D representation of ancient village
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Title: ANAVATOS CHIOS, APRIL 2015
