Assessment of the Effect of Image Shift on the Results of Photo-Video Recording

A method of quasi-continuous image formation in observation devices with discrete receivers

“…Such mechanism is made by mechanical, optical or electronic scheme. By functional purpose, time and spatial ranges of work it is similar to devices of photography by using CDR-matrix (Korobchynskyi et al, 2020). There are physical limitations to the possibilities of observation using a CDR-matrix.…”

“…There are several known ways to partially solve the problem of limited spatial resolution. They include the following hardware and algorithmic directions: • structural improvements (Popov et al, 2015;Popov, 2018), application of multicamera photographic devices (The largest, 2021) (but they complicate the observation device design); • reduction of elementary receiver size to the diffraction limit while is increasing of number of such receivers in a photosensitive matrix (OWC, 2021; Rehm, 2021) (unfortunately, their realization is technologically difficult and they are limited by theoretical limits of applicability); • taking into account in the design of the receiver tasks for the observation of objects with a finite size of object recognition (Korobchynskyi et al, 2020) (but it is not always possible to predict in advance the required depth of object recognition by its image); • using the features of zonal images of the object and its components (Popov et al, 2007;Ferraris et al, 2018) (at hyperspectral observation of the object is accumulated a huge amount of information, its interpretation requires high and specific qualification of the operator); • application of neural network technologies, algorithms of extrapolation, interpolation, probabilistic analysis and estimation (Kwan, 2018;Stankevich et al, 2020) (it is a very promising areas, which are based on the use of a priori information like the results of observation and documentation of the observation device).…”