Volume 36 #3

Contents

1. Dependence of the results of the assessment of fusion reserves on the measurement method, tools and parameters of test stimuli
2. Ganglion cell regularity in the dolphin’s retina improves during
3. Influence of spectral componentsof dayly lighting on eye structures formation for japanese quail coturnix japonica
4. Mismatch between electrophysiological and behavioral measurements: example from auditory system of noctuid moths (Lepidoptera, Noctuidae)
5. Interaural forward masking in the auditory system of a dolphin
6. Radio-sensor technical diagnosis complex electronic assembly
7. Accuracy of the coordinates for underlying surface based on photogrammetric measurements of the images with an oblique projection
8. Simulation of signal repeator of radio pulses for radio-sensor authentication systems

The article presents a study on the estimation of the coordinates for the ground surface based on photogrammetric measurements using cameras with an oblique image projection. The aim of paper is analysis of multispectral images, which allow finding the zones with potential accuracy using photogrammetric measurements. A theoretical problem has been formed and an analytical solution for calculating coordinates has been implemented within the framework of projective geometry. It is shown that the influence of the Earth’s curvature does not exceed 1% of the expected accuracy. When the longitudinal coordinate of the photograph changes to the horizon line, the measurement accuracy is significantly reduced and does not exceed 5-10% of the possible range. In the article, simulation modeling for the estimation of coordinates is carried out and the technology for creating a photogrammetric ruler for photographic images is demonstrated.

Key words: photogrammetry, remote sensing,, aerial photography, oblique projection, projective geometry

DOI: 10.31857/S0235009222030039

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