Aerophototopography (Aerial Surveying And Photogrammetry) | Page 22 | Geodesy and cartography

Article Title	Pages

№: 11
Creating highly informative rasters based on laser scanning and aerial photography data Valkov V.A., Vinogradov K.P., Valkova E.O., Mustafin M.G.	40-49

№: 9
The influence of direct measurement weights over the statistical quality of solving inverse photogrammetry tasks Voronin E.G.	37-46

№: 7
Statistical quality of solving inverse photogrammetry tasks Voronin E.G.	14-24

№: 5
Evaluating the possibility of using UAV images’ external orientation elements to correct the strapdown INS readings Makarov S.S., Rentel A.V., Chugunov I.P.	42-52
Consideration of physical factors at planning topographic aerial photography Yurchenko V.I.	53-64

№: 3
Numerical differentiation in photogrammetry equalization tasks Voronin E.G.	44–55

№: 7
Application of a spherical camera model for solving photogrammetric tasks Penshin I.N.	38-46

№: 5
Alternative estimation of accuracy in inverse photogrammetry tasks Voronin E.G.	18-24

№: 3
Weights of indirect measurements in inverse photogrammetry tasks Voronin E.G.	14-24

№: 2
Method of determining the regulatory requirements for the technological stages` accuracy in topographic aerial photography Yurchenko V.I.	29-43

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