Geomatics Engineering

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Merging Aerial and Terrestrial Photos for 3D Photogrammetry model creation Acase study for arraba palace - palestine
(2024) زيد قرمش; زيد سوالمه; مراد دقه
This research investigates the integration of aerial and terrestrial photogrammetry for creating high-accuracy 3D models, using the Arraba Palace in Palestine as a case study. By merging images captured by UAVs (Unmanned Aerial Vehicles) with ground-based photography, the study aims to enhance the detail and accuracy of 3D reconstructions. The methodology involves using Structure from Motion (SfM) technology, Ground Control Points (GCPs), and various photogrammetric software tools. Preliminary findings suggest that the combination of aerial and terrestrial data significantly improves the quality of 3D models, offering substantial benefits for surveying, historical preservation, and architectural analysis. This integrated approach addresses challenges such as blind spots and inaccessible areas, providing a comprehensive solution for precise and efficient 3D modeling in geomatics engineering