Application of unmanned flying vehicle for obtaining digital orthofotomaps

Pisetskaya, O., Belarusian State Agricultural Academy, Gorki, Mogilev reg.; Isayeva, Ya., Belarusian State Agricultural Academy, Gorki, Mogilev reg.; Goutsaki, M., Republican Agricultural Aero-geodesic Unitary Enterprise BelPSHAGI, Priluki, Minsk distr., Minsk reg.

Application of unmanned flying vehicle for obtaining digital orthofotomaps

2019

Pisetskaya, O., Belarusian State Agricultural Academy, Gorki, Mogilev reg. (Belarus) | Isayeva, Ya., Belarusian State Agricultural Academy, Gorki, Mogilev reg. (Belarus) | Goutsaki, M., Republican Agricultural Aero-geodesic Unitary Enterprise BelPSHAGI, Priluki, Minsk distr., Minsk reg. (Belarus)

Nowadays, surveys using unmanned aerial vehicles are becoming popular. The resulting orthophotomap is the final product for creating digital plans and cardboard. The objectives of the study are to study the possibilities of obtaining orthophotomaps from survey materials using unmanned aerial vehicles based on the results of the experiment. The article describes various types of aerial photography. Some types of unmanned flying vehicles to conduct aerial photography for the purpose of monitoring, engineering surveys, inventory of agricultural land, and crop forecasts are considered. A description of aerial photography surveying is given on the example of the city of Dzerzhinsk, Minsk Region, which is performed taking into account the unmanned flying vehicles of GeoScan 201 and the Republican agricultural aero-geodesic unitary enterprise BelPSHAGI. A description of the GeoScan Planner software and basic pre-flight preparation is given. The stages of the preparatory work before the aerial photography, the creation of the planning and high-altitude geodetic justification, the implementation of aerial photography procedures, the steps of the aerial photograph anchorage procedure are considered. Agisoft Photoscan, which allows to get clouds of points, surfaces, 3D models and orthophotomaps using digital raster images are presented. The map of heights (DEM) of the terrain and the orthophotomap was made on the basis of a dense points cloud. According to the results of the research, a conclusion was made on the possibility of using aerial photography materials obtained using unmanned flying vehicles to get orthophotomaps of the required accuracy.

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