Aerophototopography (Aerial Surveying And Photogrammetry) | Page 19 | Geodesy and cartography

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Application of linear objects for solving practical problems of photogrammetry Arakheev A.N., Denisenko L.G., Levitskaya O.N., Miheeva V.S., Pogorelov V.V., Stepanisa A.I., Tarasov A.N., Frolov N.V.	36-45

№: 9
Automated method of а topographic plan creation based on survey from a drone Beregovoi D.V., Mustafin M.G.	30-36

№: 8
More about the simplified calibration of the camera using a leveling rod Gelman R.N., Nikitin A.V.	53-59
The Possibility and Effectiveness of Using Drones When Performing Cadastral Works Anikeeva I.A., Babashkin N.M., Kadnichanskiy S.A., Nekhin S.S.	44-52

№: 7
Method and algorithm of automatic color rendition quality assessment of digital aerial and space photos Anikeeva I.A.	45-56

№: 6
Assessment of metrical property of images space system observation Chekalin V.F., Kuzmin G. V., Shishanov A. V.	37-42

№: 4
Digital mapping aerial camera – a measuring instrument Kadnichanskiy S.A., Nekhin S.S., Spiridonov A.I.	40-45

№: 3
Сontrast evaluation of digital aerial and satellite images Kadnichanskiy S.A.	46-51

№: 9
Patent-information investigation in the field of photogrammetry Zabavnikov V.V., Kobiakov A.N., Kovalev S.V.	25-39

№: 7
Comparative analysis of satellite images obtained by spacecraft “Canopus-V” and “Aist-2D” Anikeeva I.A., Litvinov N.Yu., Nekhin S.S.	39-50

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