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Processing of data collected by unmanned aerial photogrammetry systems
The paper describes the method of application of the platform for processing and managing spatial data collected by drones, as unmanned aerial photogrammetry systems. Software support for data processing and management, as well as model generation for photogrammetry purposes, is provided using the Agisoft Metashape software as an example. The data used for processing is related to the recording of the primary military standard for large lengths and angles, which is located in Kovin. The filming was carried out by a WingtraOne drone. The results of the work confirm the quality of the collected-recorded and processed-output data. The research confirmed the fact that the WingtraOne unmanned aerial photogrammetry system can be a good solution for collecting spatial data and creating some geotopographical materials for the needs of the Military Geographical Institute -"General Stevan Bošković".
Processing of data collected by unmanned aerial photogrammetry systems
The paper describes the method of application of the platform for processing and managing spatial data collected by drones, as unmanned aerial photogrammetry systems. Software support for data processing and management, as well as model generation for photogrammetry purposes, is provided using the Agisoft Metashape software as an example. The data used for processing is related to the recording of the primary military standard for large lengths and angles, which is located in Kovin. The filming was carried out by a WingtraOne drone. The results of the work confirm the quality of the collected-recorded and processed-output data. The research confirmed the fact that the WingtraOne unmanned aerial photogrammetry system can be a good solution for collecting spatial data and creating some geotopographical materials for the needs of the Military Geographical Institute -"General Stevan Bošković".
Processing of data collected by unmanned aerial photogrammetry systems
Stanojković Vujadin G. (author) / Bakrač Saša T. (author) / Đorđević Dejan R. (author) / Radonjić Valentina V. (author)
2022
Article (Journal)
Electronic Resource
Unknown
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