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Cybernetics and programming
Reference:

Mathematical means and software for digital image processing when evaluating the linear resolution of aerial photographic systems

Chausov Evgenii Viktorovich

Senior Test Engineer, Chkalov State Flight Test Center

416507, Russia, Astrakhanskaya oblast', g. Akhtubinsk, ul. Akademika Kharitonova, 1, of. 12

gniiivm-z@ya.ru
Molchanov Andrey Sergeevich

PhD in Technical Science

Head of Department of the Chkalov State Flight Test Center

416507, Russia, Astrakhanskaya oblast', g. Akhtubinsk, ul. Bakhchivandzhi, 24, of. 7

gniiivm-m@ya.ru

DOI:

10.25136/2644-5522.2020.1.32974

Review date:

22-05-2020


Publish date:

03-07-2020


Abstract: The authors consider the issues of evaluating digital aerial photographic systems based on the modulation transfer function. Special attention is paid to the issues of synthesis of mathematical and software for processing digital images when evaluating the linear resolution of aerial photographic systems. The basis of the mathematical support is the original method for evaluating the linear resolution on the ground using the modulation transfer function, taking into account the results of the flight experiment. The software is implemented in an automated complex for image processing of digital aerial photographic systems, which automatically calculates the modulation transfer function based on the results of the flight experiment. The research methodology combines methods of systems analysis, digital image processing, probability theory, mathematical modeling and software engineering. The main conclusion of the study, confirmed by the results of determining the experimental function of modulation transfer using an automated image processing complex based on images obtained during flight tests of a digital camera of the complex from the Orlan-10 unmanned aerial vehicle, is to confirm the operability of the developed automated complex for digital image processing, which makes it possible to use it to estimate the linear resolution on the ground during flight tests of aerial photographic systems of aerial reconnaissance and surveillance.


Keywords: image decryption, unmanned aerial vehicle, flight tests, digital aerial photography system, bar image, linear terrain resolution, modulation transfer function, digital image processing, automated image processing, automation of aerial reconnaissance
This article written in Russian. You can find full text of article in Russian here .

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