P.A. Bakut, V.G. Vygon, A.A. Turunov, A.A. Shargorodskii, Yu.P. Shumilov

Object of research was the key block of the optimum algorithm of detection of remote space objects by means of wide-angle optical-electronic systems. The statistical model of a shot with the registered signal (track) from a remoted space object is developed. On the basis of this model the minimum found out signal and the corresponding star size are calculated at the set characteristics of detection, phonotarget conditions, the channel of distribution and a reception matrix, including reading noise. Calculations allowed estimation area of listed above parametres at which effective work of system is possible. Processing of the simulated shots by means of the optimum algorithm, including filtration with the help of the Gaussian and rectangular masks is spent. The quantitative results showing the area of effective work of the optimum algorithm with the help of the Gaussian mask are received. The time balance of key parametres of processing is analysed. The further ways of perfection of the algorithm are shown.