Abstract
Space monitoring systems are being developed for space object and debris observation. There are the following problems in this area: optimizing the operation of existing optoelectronic devices, locating new devices, analyzing the monitoring results of outer space. It is necessary to use modeling in order to solve these problems. In this regard, the authors aimed to investigate the process of image formation on a photodetector under specified observation conditions. A mathematical model of image formation was constructed and a software implementation of this model was developed. Synthetic images of the night sky and images of the trajectories of space objects under given conditions were formed. The obtained results were compared with real images from telescopes.
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